Emic vibration system_tester_cl-170-04-e_denkei

emic_h01_04
EMIC CORPORATION
Vibration Testing Product Catalog
Contact:
Published: July 2017
CL-170-04-E
(PreCL-167-06-J)
※ Speciﬁcations are subject to change without notice for improvement.
Head oﬃce :
Nagoya oﬃce :
Osaka oﬃce :
Mishima factory :
Service Center :
THAI EMIC CO., LTD. :
A-PLACE Gotanda Bldg., 3F, 2-27-3 Nishi-Gotanda,
Shinagawa-ku, Tokyo 141-0031
Tel: +81-3-3494-1221 FAX: +81-3-3494-1288
Tomei Grand Bldg., 6F, 30 Isha 2-chome Mitoh-ku,
Nagoya, Aichi-prefecture 465-0093
Tel: +81-52-753-6308 FAX: +81-52-753-6328
Hanahara 5 Bldg., 6 Fl., 8-17 Nishinakajima 7-chome
Yodogawa-ku, Osaka, 532-0011
Tel: +81-6-6886-0451 FAX: +81-6-6886-0454
11 Heiseidai Mishima, Shizuoka 411-0042
Tel: +81-55-988-8411 FAX: +81-55-988-2223
11 Heiseidai Mishima, Shizuoka 411-0042
Tel: +81-55-988-8411 FAX: +81-55-987-1477
Glas Haus Building 11 Floor, Unit No.1101/4 1 Soi Sukhumvit 25
(Daengprasert), Sukhumvit Road, Wattana, Ban
Tel: +66(0)2260-0246, Fax: +66(0)2260-0248
http://www.emic-net.co.jp/
Microsoft
Ⓡ
, Windows
Ⓡ
, and Windows
Ⓡ
7 Professional are a registered trademark of Microsoft.

emic_p02_03
03Electro Mechanical Instrument & C omponents02
※The vibration level mentioned above introduces the representative level and maximum, not for specifying a real vibration environment.
Every item in the world endures vibrations so hard!
Swing in the park9.8 m/s
2
[1 G] at 2.8 Hz
Launch of a rocket
70.7 m/s
2
[7.2 G] rms (137 dB)
from 20 Hz to 8 kHz
Motion of F1 engine piston
100,000 m/s
2
[10,000 G]
at 250 Hz
Vibrations of cell-phone
9.9 m/s
2
[1 G] at
220 Hz
Fighter Jets (Max. 9 G)
43.4 m/s
2
[4.43 G] rms from
5 Hz to 500 Hz
Equivalent to upper 6 seismic intesity
10.764 m/s
2
[1.09 G] from
2 Hz to 33 Hz
Vibrations in Commuter Express
5.7 m/s
2
[0.58 G] rms
from 2 Hz to 250 Hz
Technological advances bring about rapidfire
succession in each field of the industry,
and produce many epoch-making products.
Furthermore, more reliability and safety with
"Excellent Durability" guaranteed are required
for highly advanced products.
It is EMIC that provides testing systems and solu-
tion to offer various tests such as vibration, com-
bined environmental, QA, QC, reliability, durabil-
ity, etc.
We support each customer with the highest
product and quality and, as a partner of the
customers, will contribute from now on to
people, society and future.
Endures vibrations
F Series Vibration Testing System [STD]
FH Series Vib. Test. Sys. [High Speed]
FL Series Vib. Test. Sys. [Large Disp.]
FV Series Vib. Test. Sys. [Ultra High Speed]
FT Series Vib. Test. Sys. [Transport]
FC Series Vib. Test. Sys. [Large Water-cooled]
FP Series Vib. Test. Sys. [Permanent Magnet]
FM Series Vib. Test. Sys. [Triaxial Electrodynamic ]
FB Series Vib. Test. Sys. [Triaxial Electric Servo ]
FS Series Shock Test System [Shock]
Power Ampliﬁer
Energy Saving Drive Sys. [ECO-Vibe neo]
Small Vibration Generator System
Vibration Control System
Lineup
Applications
Option
　Horizontal Testing Solution
　Fixture
　
Add-on Mechanism for Vib. Generator
　Add-on Mechanism for Slip Table
　Others [CE Marking]
Vib-Tech Chamber
Ⓡ
　VC Series
　EHVC Series
　HALT/HASS Series
Application Products
Vibration Measuring Instruments
Pre-charge Ampliﬁer
Accelerometer
Modernization Program
Vibration Isolation and Noise Control
Contracted Test Service
Technical Note
Vibration Generator Selection
Armature Table Hole Pattern and Size
… 04
… 06
… 08
… 10
… 11
… 12
… 13
… 14
… 16
… 17
… 18
… 19
… 20
… 22
… 24
… 26
… 27
… 28
… 28
… 29
… 30
… 30
… 30
… 32
… 32
… 34
… 35
… 36
… 40
… 41
… 42
… 44
… 45
… 46
… 48
… 50
… 51
Vibration Testing Products Catalog
TABLE OF CONTENTS

emic_p04_05
0504
From a product that cannot judge reliability
without overusing to a strongly built product
being able to stand up to the rigors of use.
How you look at an example of how a vibration test is performed.
Configuration of Electrodynamic Vibration Testing System
EMIC’s vibration testing system can perform various
vibration tests by forcefully exciting a test object with
frequency and acceleration set arbitrarily. The electro-
dynamic type uses electrical energy to create dynamic
motion and the feature is that the waveform distortion
is less and frequency higher compared with the
servo-hydraulic and mechanical type.
Names of Components:
■ Vibration Generator
Generates vibrations for exciting a test object
including a fixture which is attached to the top.
The exciting force is created with two kinds of
coil, armature coil and field coil for magnet
structure.
■ Power Amplifier
Provides AC power for moving coil and DC power
for field coil.
■ Console Rack
Incorporates a power module, field power supply,
vibration controller, operator panel and other
(I/O).
■ Air Cooling Blower
Cools moving element (armature) and field coil of
a vibration generator with forced air.
■ Accelerometer
Measures vibration acceleration.
■ Pre-charge Amplifier
Converts the charge output from an accelerome-
ter into a voltage signal, and then amplifies it.
■ Vibration Controller
Controls the vibration on the vibration generator
to match to the user defined frequency and ampli-
tude specification.
Operating Principle:
The vibration generator generates any desired vibra-
tion, but its operating principle is the same as audio
equipment which plays music. The audio equipment
amplifies the minute electrical signal of the sound
source (CDs) with an amplifier and makes a sound
with a dynamic loudspeaker with high power. In the
same manner the electrodynamic vibration system
also amplifies the minute electrical signal from the
vibration controller with the power amplifier to
generate the vibration with the vibration generator
corresponding to the loudspeaker. However, one
operating principle is different from the audio equip-
ment because the vibration testing system controls
the frequency and amplitude using the accelerome-
ter and vibration controller.
● Cracks and damage due to fatigue
● Electrical and mechanical characteristic change
● Wear of contact parts
● Surface change due to abrasion
● Loosening of screws and bolts
● Corrosion acceleration
● Interference between components
The vibration testing system is used for applying a vibration stresses to a testing object by creating an
exciting force. As an artificial vibration source, it is suitable for precise and severe loading.
Influence of stresses
caused by vibration and
shock environments:
Sound Source (CD)
■ Audio Equipment
Operating Principle
Ampliﬁer Speaker
■ Vibration Testing System
Acceleration Signal Accelerometer
Control Signal Drive Power
Block Diagram
Blower Vibration Generator Power Ampliﬁer
Vibration Controller
(Option)
Pre-charge Amplifier
(Option)
Accelerometer
(Option)
Accelerometer cable
BNC cable
Input power cable
Blower hose
Conﬁguration
Pre-Charge Ampliﬁer
Armature
Accelerometer
Body Suspension
Vibration
Generator Body
Member
Cutaway View
Vibration Generator Power Ampliﬁer Vibration ControllerBlower
Console Rack
Logic Module
Vibration Controller Power Ampliﬁer
(Ampliﬁer)
Vibration Generator
Endures vibrations.
Electro Mechanical Instrument & C omponents
All industrial products shall be utilized safely and in relief without trouble from the infra-
structure such as automobile, railroad, aerospace to an IT apparatus, imminent house-
hold electrical appliance.
The product must endure against the temperature of the scorching heat and arctic
weather, humidity, severe vibration and shock.
EMIC's testing system can evaluate a function, performance, reliability and quality of
various industrial products and are testing facilities providing relief and safety.
Vibration test and combined environmental test are used for evaluating products at the
designing and experimental stage of products.

Electro Mechanical I nstrument & C omponents
emic_p06_07
0706
F Series
Vibration Testing System
F Series Specifications
Exciting
Force
Model Size
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
■ Maximum Rated Exciting Capability Curve of Standard System
Exciting
Force
Model Size
Mass
approx.
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
F-33K/60
33.0
33.0
82.5
to 2200
1000
1.8
60
400(500)(★2)
42.2
33.0
900
Air-cooled
936-AP/LA
369A-0505-36AP
CRD-2000-36
φ330
1224W×1107H×971D
554W×2000H×1010D
707W×1681H×946D
3500
580
260
F-35K/60
35.0
35.0
87.5
to 2200
1000(★3)
1.8
60
400(500)(★2)
47.8
33.0
900
Air-cooled
936-AP/LA
369A-0505-36AP
CRD-2000-36
φ330
1224W×1107H×971D
554W×2000H×1010D
869W×1856H×1094D
3500
600
325
F-40K/60
40.0
40.0
100
to 2200
1000(★3)
1.8
60
400(500)(★2)
57.0
36.0
900
Air-cooled
936-AP/LA
369A-1006-36AP
CRD-2000W-36
φ330
1224W×1107H×971D
1108W×2000H×1010D
869W×1856H×1094D
3900
600
380
F-43K/60
43.0
43.0
107.5
to 2500(★1)
632
1.3
60
500
61.8
68.0
1200
Air-cooled
960-AP/LA
369A-1005-60AP
CRD-2000W-60
φ430
1452W×1252H×1215D
1108W×2000H×1010D
1021W×2170H×1149D
5000
600
400
F-51K/60
51.0
51.0
127.5
to 2500(★1)
750
1.3
60
500
64.8
68.0
1200
Air-cooled
960-AP/LA
369A-1006-60AP
CRD-2000W-60
φ430
1452W×1252H×1215D
1108W×2000H×1010D
1021W×2170H×1149D
5000
650
400
Exciting
Force
Model Size
Mass
approx.
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
※This performance curve is how you look at each system for comparison.
※ Input power specification is for 3φ　AC200 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available vibration control system.
(★1) The maximum exciting force is available up 500 Hz and the force level from 500 Hz to 2500 Hz is 70% of its maximum.
(★2) We will cope with your instructions. (★3) Not a theoretical value, for limiting the maximum acceleration.
Frequency (Hz)
Acceleration (m/s
2
)
F-6K/30
6.0
6.0
15
to 2300
706
1.8
30
200
9.8
8.5
120
Air-cooled
906-FN/A
369A-0101-06
CRD-2000-06
□120
720W×675H×628D
554W×2000H×1010D
474.5W×1040H×674D
500
420
55
F-10K/56
10.0
10.0
25
to 3000
667
1.2
56
200(300)(★2)
19.3
15.0
500
Air-cooled
916-BP/LA
369A-0501-16BP
CRD-2000-16
φ230
975W×885H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220
F-15K/56
15.0
15.0
37.5
to 3000
1000
1.8
56
200(300)(★2)
22.6
15.0
500
Air-cooled
916-AP/LA
369A-0502-16AP
CRD-2000-16
φ230
975W×885H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220
F-22K/60
22.0
22.0
55
to 2500
846
1.8
60
400(500)(★2)
26.8
26.0
700
Air-cooled
926-AP/LA
369A-0503-26AP
CRD-2000-26
φ270
1106W×1047H×855D
554W×2000H×1010D
707W×1681H×908D
2200
520
220
F-25K/60
25.0
25.0
62.5
to 2500
961
1.8
60
400(500)(★2)
28.4
26.0
700
Air-cooled
926-AP/LA
369A-0504-26AP
CRD-2000-26
φ270
1106W×1047H×855D
554W×2000H×1010D
707W×1681H×996D
2200
530
255
F-28K/60
28.0
28.0
70
to 2200
848
1.8
60
400(500)(★2)
37.5
33.0
900
Air-cooled
936-AP/LA
369A-0504-36AP
CRD-2000-36
φ330
1224W×1107H×971D
554W×2000H×1010D
707W×1666H×1072D
3100
570
260
The standard F series vibration testing system has
been sold for over 40 years.
This system can generate the exciting force from
1.3 kN to 60 kN over the broad range of frequency
and has high durability to perform various vibration
tests.
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
Mass
approx.
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
F-1K/15
1.3
1.3
2.6
to 5000
1000
1.4
15
30
4.9
1.3
26
Air-cooled
902-FN
362B-0201-02
CRJ-1500-02
φ8 0
460W×490H×490D
554W×1502H×814D
474.5W×1040H×495D
240
280
30
F-2K/20
2.0
2.0
4
to 4000
714
1.4
20
40
6.5
2.8
40
Air-cooled
903-FN
362D-0201-03
CRJ-1500-03
φ120
630W×602H×528D
554W×1502H×814D
474.5W×1040H×495D
350
330
31
F-2K/20A
2.0
2.0
4
to 3000
500
1.4
20
150
6.5
4.0
40
Air-cooled
903-FN/A
362D-0201-03
CRJ-1500-03
φ120
630W×602H×528D
554W×1502H×814D
474.5W×1040H×495D
350
330
27
F-3K/20
3.0
3.0
6
to 4000
937.5
1.6
20
40
8.0
3.2
60
Air-cooled
903-FN
362D-0202-03
CRJ-1500-03
φ120
630W×602H×528D
554W×1502H×814D
474.5W×1040H×753D
350
380
39
F-3K/20A
3.0
3.0
6
to 3000
750
1.6
20
150
8.0
4.0
60
Air-cooled
903-FN/A
362D-0202-03
CRJ-1500-03
φ120
630W×602H×528D
554W×1502H×814D
474.5W×1040H×753D
350
330
39
F-6K/20
6.0
6.0
15
to 3500
923
1.8
20
60
9.8
6.5
120
Air-cooled
906-FN
369A-0101-06
CRD-2000-06
□120
720W×675H×628D
554W×2000H×1010D
474.5W×1040H×674D
520
420
55
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
F-60K/60
60.0
60.0
150
to 2500(★1)
882
1.3
60
500
68.3
68.0
1200
Air-cooled
960-AP/LA
369A-1008-60AP
CRD-2000W-60
φ430
1452W×1252H×1215D
1108W×2000H×1010D
1021W×2170H×1149D
5000
700
450
Standard
※The vibration controller is mounted in the console rack. (Optional)

Electro Mechanical I nstrument & C omponents
emic_p06_07
0706
F Series
Vibration Testing System
F Series Specifications
Exciting
Force
Model Size
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
■ Maximum Rated Exciting Capability Curve of Standard System
Exciting
Force
Model Size
Mass
approx.
kN0-p
kNrms kN
0-p
Hz m/s
2
m/s mm
p-p
kg kVA kg Nm
mm
mm
mm
mm
kg
kg
kg
F-33K/60
33.0
33.0
82.5
to 2200
1000
1.8
60
400(500)(★2)
42.2
33.0
900
Air-cooled
936-AP/LA
369A-0505-36AP
CRD-2000-36
φ330
1224W×1107H×971D
554W×2000H×1010D
707W×1681H×946D
3500
580
260
F-35K/60
35.0
35.0
87.5
to 2200
1000(★3)
1.8
60
400(500)(★2)
47.8
33.0
900
Air-cooled
936-AP/LA
369A-0505-36AP
CRD-2000-36
φ330
1224W×1107H×971D
554W×2000H×1010D
869W×1856H×1094D
3500
600
325
F-40K/60
40.0
40.0
100
to 2200
1000(★3)
1.8
60
400(500)(★2)
57.0
36.0
900
Air-cooled
936-AP/LA
369A-1006-36AP
CRD-2000W-36
φ330
1224W×1107H×971D
1108W×2000H×1010D
869W×1856H×1094D
3900
600
380
F-43K/60
43.0
43.0
107.5
to 2500(★1)
632
1.3
60
500
61.8
68.0
1200
Air-cooled
960-AP/LA
369A-1005-60AP
CRD-2000W-60
φ430
1452W×1252H×1215D
1108W×2000H×1010D
1021W×2170H×1149D
5000
600
400
F-51K/60
51.0
51.0
127.5
to 2500(★1)
750
1.3
60
500
64.8
68.0
1200
Air-cooled
960-AP/LA
369A-1006-60AP
CRD-2000W-60
φ430
1452W×1252H×1215D
1108W×2000H×1010D
1021W×2170H×1149D
5000
650
400
Exciting
Force
Model Size
Mass
approx.
Model Sine Random Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload Input power Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
※This performance curve is how you look at each system for comparison.
※ Input power specification is for 3φ　AC200 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available vibration control system.
(★1) The maximum exciting force is available up 500 Hz and the force level from 500 Hz to 2500 Hz is 70% of its maximum.
(★2) We will cope with your instructions. (★3) Not a theoretical value, for limiting the maximum acceleration.
Frequency (Hz)
Acceleration (m/s
2
)
F-6K/30
6.0 6.0
15
to 2300
706
1.8
30
200
9.8 8.5
120
Air-cooled
906-FN/A
369A-0101-06
CRD-2000-06
□120
720W×675H×628D
554W×2000H×1010D
474.5W×1040H×674D
500 420
55
F-10K/56
10.0 10.0
25
to 3000
667
1.2
56
200(300)(★2)
19.3 15.0
500
Air-cooled
916-BP/LA
369A-0501-16BP
CRD-2000-16
φ230
975W×885H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520 220
F-15K/56
15.0 15.0 37.5
to 3000
1000
1.8
56
200(300)(★2)
22.6 15.0
500
Air-cooled
916-AP/LA
369A-0502-16AP
CRD-2000-16
φ230
975W×885H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520 220
F-22K/60
22.0 22.0
55
to 2500
846
1.8
60
400(500)(★2)
26.8 26.0
700
Air-cooled
926-AP/LA
369A-0503-26AP
CRD-2000-26
φ270
1106W×1047H×855D 554W×2000H×1010D
707W×1681H×908D
2200
520 220
F-25K/60
25.0 25.0 62.5
to 2500
961
1.8
60
400(500)(★2)
28.4 26.0
700
Air-cooled
926-AP/LA
369A-0504-26AP
CRD-2000-26
φ270
1106W×1047H×855D 554W×2000H×1010D
707W×1681H×996D
2200
530 255
F-28K/60
28.0 28.0
70
to 2200
848
1.8
60
400(500)(★2)
37.5 33.0
900
Air-cooled
936-AP/LA
369A-0504-36AP
CRD-2000-36
φ330
1224W×1107H×971D 554W×2000H×1010D 707W×1666H×1072D
3100
570 260
The standard F series vibration testing system has
been sold for over 40 years.
This system can generate the exciting force from
1.3 kN to 60 kN over the broad range of frequency
and has high durability to perform various vibration
tests.
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
Mass
approx.
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
F-1K/15
1.3
1.3
2.6
to 5000
1000
1.4
15
30
4.9
1.3
26
Air-cooled
902-FN
362B-0201-02
CRJ-1500-02
φ8 0
460W×490H×490D
554W×1502H×814D
474.5W×1040H×495D
240
280
30
F-2K/20
2.0
2.0
4
to 4000
714
1.4
20
40
6.5
2.8
40
Air-cooled
903-FN
362D-0201-03
CRJ-1500-03
φ120
630W×602H×528D
554W×1502H×814D
474.5W×1040H×495D
350
330
31
F-2K/20A
2.0
2.0
4
to 3000
500
1.4
20
150
6.5
4.0
40
Air-cooled
903-FN/A
362D-0201-03
CRJ-1500-03
φ120
630W×602H×528D
554W×1502H×814D
474.5W×1040H×495D
350
330
27
F-3K/20
3.0
3.0
6
to 4000
937.5
1.6
20
40
8.0
3.2
60
Air-cooled
903-FN
362D-0202-03
CRJ-1500-03
φ120
630W×602H×528D
554W×1502H×814D
474.5W×1040H×753D
350
380
39
F-3K/20A
3.0
3.0
6
to 3000
750
1.6
20
150
8.0
4.0
60
Air-cooled
903-FN/A
362D-0202-03
CRJ-1500-03
φ120
630W×602H×528D
554W×1502H×814D
474.5W×1040H×753D
350
330
39
F-6K/20
6.0
6.0
15
to 3500
923
1.8
20
60
9.8
6.5
120
Air-cooled
906-FN
369A-0101-06
CRD-2000-06
□120
720W×675H×628D
554W×2000H×1010D
474.5W×1040H×674D
520
420
55
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
F-60K/60
60.0
60.0
150
to 2500(★1)
882
1.3
60
500
68.3
68.0
1200
Air-cooled
960-AP/LA
369A-1008-60AP
CRD-2000W-60
φ430
1452W×1252H×1215D
1108W×2000H×1010D
1021W×2170H×1149D
5000
700
450
Standard
※The vibration controller is mounted in the console rack. (Optional)

Electro Mechanical I nstrument & C omponents
※This performance curve is how you look at each system for comparison.
emic_p08_09
0908
FH Series Specifications
When higher acceleration levels are required,
especially around the frequency from 20 to 80
Hz, thus a vibration testing system that can
simulate high velocity is necessary. The FH
series system is suitable for such test condition.
FH-8K/51S
8.5
8.5
17
to 3000
850
2.0
51
350
19.5
10.0
500
Air-cooled
S085-AW/LA
369A-0202-085SF
CRD-1500-085
φ230
797W×775H×635D
554W×1502H×814D
411W×810H×525D
640
300
60
FH-10K/56
10.0
10.0
25
to 3000
667
2.0
56
200(300)(★1)
22.9
15.0
500
Air-cooled
916-BW/LA
369A-0502-16BW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220
FH-15K/56
15.0
15.0
37.5
to 2000
1000
2.0
56
200(300)(★1)
25.9
15.0
500
Air-cooled
916-BW/LA
369A-0503-16BW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220
FH-08K/56
8.0
8.0
20
to 3000
533
2.3
56
200(300)(★1)
23.5
15.0
500
Air-cooled
916-AW/LA
369A-0502-16AW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
430
220
FH-12K/56
12.0
12.0
30
to 3000
800
2.3
56
200(300)(★1)
27.6
15.0
500
Air-cooled
916-AW/LA
369A-0503-16AW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
440
220
FH-16K/56
16.0
16.0
40
to 3000
1000(★2)
2.3
56
200(300)(★1)
31.8
15.0
500
Air-cooled
916-AW/LA
369A-0504-16AW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
■ Comparison of High Speed System with Standard System
FH-22K/60
22.0
22.0
55
to 2500
846
2.3
60
400(500)(★1)
35.9
26.0
700
Air-cooled
926-AW/LA
368A-0503-26AW
CRD-2000-26
φ270
1106W×1135H×880D
554W×2000H×1010D
707W×1681H×908D
2200
600
220
FH-28K/60
28.0
28.0
70
to 2200
848
2.0
60
400(500)(★1)
45.3
33.0
900
Air-cooled
936-AW/LA
368A-0504-36AW
CRD-2000-36
φ330
1106W×1135H×880D
554W×2000H×1010D
946W×1681H×908D
3500
600
260
FH-35K/60
35.0
35.0
87.5
to 2200
1000(★2)
2.0
60
400(500)(★1)
55.9
33.0
900
Air-cooled
936-AW/LA
368A-0505-36AW
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3500
600
325
FH-40K/60
40.0
40.0
100
to 2200
1000(★2)
2.0
60
400(500)(★1)
64.6
36.0
900
Air-cooled
936-AW/LA
368A-0606-36AW
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3900
600
325
FH-43K/60
43.0
43.0
107.5
to 2500
632
1.78
60
500
68.2
68.0
1200
Air-cooled
960-AW/LA
368A-1005-60AW
CRD-2000W-60
φ430
1452W×1297H×1231D
1108W×2000H×1010D
1021W×2170H×1149D
5000
700
450
FH-51K/60
51.0
51.0
127.5
to 2500
750
1.78
60
500
72.2
68.0
1200
Air-cooled
960-AW/LA
368A-1006-60AW
CRD-2000W-60
φ430
1452W×1297H×1231D
1108W×2000H×1010D
1021W×2170H×1149D
5000
750
450
FH-60K/60
60.0
60.0
150
to 2500
882
1.78
60
500
82.6
68.0
1200
Air-cooled
960-AW/LA
368A-1007-60AW
CRD-2000W-60
φ430
1452W×1297H×1231D
1108W×2000H×1010D
869W×2016H×1147D
5000
800
450
Frequency (Hz)
Acceleration (m/s
2
)
Enhanced Area for
High Speed System
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
kN
0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Exciting
Force
Model Size
Exciting
Force
Model Size
Mass
approx.
Exciting
Force
Model Size
Mass
approx.
Mass
approx.
※ Input power specification is for 3φ　AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
(★1) We will cope with your instructions.
FH-33K/60
33.0
33.0
82.5
to 2200
1000
2.0
60
400(500)(★1)
49.6
33.0
900
Air-cooled
936-AW/LA
368A-0505-36AW
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
946W×1681H×908D
3500
600
245
FH-26K/60
26.0
26.0
65
to 2500
1000
2.3
60
400(500)(★1)
39.0
26.0
700
Air-cooled
926-AW/LA
368A-0504-26AW
CRD-2000-26
φ270
1106W×1135H×880D
554W×2000H×1010D
707W×1681H×908D
2200
600
220
※The vibration controller is mounted in the console rack. (Optional)
FH Series
Vibration Testing System High Speed

Electro Mechanical I nstrument & C omponents
※This performance curve is how you look at each system for comparison.
emic_p08_09
0908
FH Series Specifications
When higher acceleration levels are required,
especially around the frequency from 20 to 80
Hz, thus a vibration testing system that can
simulate high velocity is necessary. The FH
series system is suitable for such test condition.
FH-8K/51S
8.5
8.5
17
to 3000
850
2.0
51
350
19.5
10.0
500
Air-cooled
S085-AW/LA
369A-0202-085SF
CRD-1500-085
φ230
797W×775H×635D
554W×1502H×814D
411W×810H×525D
640
300
60
FH-10K/56
10.0
10.0
25
to 3000
667
2.0
56
200(300)(★1)
22.9
15.0
500
Air-cooled
916-BW/LA
369A-0502-16BW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220
FH-15K/56
15.0
15.0
37.5
to 2000
1000
2.0
56
200(300)(★1)
25.9
15.0
500
Air-cooled
916-BW/LA
369A-0503-16BW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220
FH-08K/56
8.0
8.0
20
to 3000
533
2.3
56
200(300)(★1)
23.5
15.0
500
Air-cooled
916-AW/LA
369A-0502-16AW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
430
220
FH-12K/56
12.0
12.0
30
to 3000
800
2.3
56
200(300)(★1)
27.6
15.0
500
Air-cooled
916-AW/LA
369A-0503-16AW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
440
220
FH-16K/56
16.0
16.0
40
to 3000
1000(★2)
2.3
56
200(300)(★1)
31.8
15.0
500
Air-cooled
916-AW/LA
369A-0504-16AW
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
■ Comparison of High Speed System with Standard System
FH-22K/60
22.0
22.0
55
to 2500
846
2.3
60
400(500)(★1)
35.9
26.0
700
Air-cooled
926-AW/LA
368A-0503-26AW
CRD-2000-26
φ270
1106W×1135H×880D
554W×2000H×1010D
707W×1681H×908D
2200
600
220
FH-28K/60
28.0
28.0
70
to 2200
848
2.0
60
400(500)(★1)
45.3
33.0
900
Air-cooled
936-AW/LA
368A-0504-36AW
CRD-2000-36
φ330
1106W×1135H×880D
554W×2000H×1010D
946W×1681H×908D
3500
600
260
FH-35K/60
35.0
35.0
87.5
to 2200
1000(★2)
2.0
60
400(500)(★1)
55.9
33.0
900
Air-cooled
936-AW/LA
368A-0505-36AW
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3500
600
325
FH-40K/60
40.0
40.0
100
to 2200
1000(★2)
2.0
60
400(500)(★1)
64.6
36.0
900
Air-cooled
936-AW/LA
368A-0606-36AW
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3900
600
325
FH-43K/60
43.0 43.0
107.5
to 2500
632
1.78
60
500
68.2 68.0
1200
Air-cooled
960-AW/LA
368A-1005-60AW
CRD-2000W-60
φ430
1452W×1297H×1231D 1108W×2000H×1010D 1021W×2170H×1149D
5000
700 450
FH-51K/60
51.0 51.0
127.5
to 2500
750
1.78
60
500
72.2 68.0
1200
Air-cooled
960-AW/LA
368A-1006-60AW
CRD-2000W-60
φ430
1452W×1297H×1231D 1108W×2000H×1010D 1021W×2170H×1149D
5000
750 450
FH-60K/60
60.0 60.0
150
to 2500
882
1.78
60
500
82.6 68.0
1200
Air-cooled
960-AW/LA
368A-1007-60AW
CRD-2000W-60
φ430
1452W×1297H×1231D 1108W×2000H×1010D
869W×2016H×1147D
5000
800 450
Frequency (Hz)
Acceleration (m/s
2
)
Enhanced Area for
High Speed System
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
kN
0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Exciting
Force
Model Size
Exciting
Force
Model Size
Mass
approx.
Exciting
Force
Model Size
Mass
approx.
Mass
approx.
※ Input power specification is for 3φ　AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
(★1) We will cope with your instructions.
FH-33K/60
33.0
33.0
82.5
to 2200
1000
2.0
60
400(500)(★1)
49.6
33.0
900
Air-cooled
936-AW/LA
368A-0505-36AW
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
946W×1681H×908D
3500
600
245
FH-26K/60
26.0
26.0
65
to 2500
1000
2.3
60
400(500)(★1)
39.0
26.0
700
Air-cooled
926-AW/LA
368A-0504-26AW
CRD-2000-26
φ270
1106W×1135H×880D
554W×2000H×1010D
707W×1681H×908D
2200
600
220
※The vibration controller is mounted in the console rack. (Optional)
FH Series
Vibration Testing System
High Speed

Electro Mechanical I nstrument & C omponents
emic_p10_11
1110
FL Series Specifications
The FL series system expands the maximum
displacement to 100 mm
p-p. In particular, it
responds to the test condition of large displace-
ment of less than 10 Hz.
■ Comparison of Large Displacement System
with Standard System
FL-12K/100
12.0
12.0
30
to 2000
480
2.0
100
200(300)(★1)
27.6
25.0
350
Air-cooled
916-AW/SLS
369A-0503-16SLS
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1300
440
220
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FV Series Specifications
The FV series system responds to shock test conditions;
Shock Pulse Duration 11 ms & Level 980 m/s
2
(100 G)
kN0-p
kNrms kN
0-p
Hz m/s
2
m/s mm
p-p
kg kVA kg Nm
mm
mm
mm
mm
kg
kg
kg
Model
Sine
Random
Shock (6ms)
Shock (11ms)
Frequency range
Max. accel. (Sine)
Max. accel. (Shock)
Max. velocity. (Sine)
Max. velocity. (Shock)
Max. displacement
Max. payload (Sine)
Max. payload (Shock)
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Exciting
Force
Model Size
Exciting
Force
Model Size
Mass
approx.
Mass
approx.
Enhanced Displacement Area
Frequency (Hz)
Acceleration (m/s
2
)
※This performance curve is how you look at
each system for comparison.
■ Maximum Rated Shock Excitation Capability
(936 Series Vibration Generator)
※This performance curve is how you look at each system for comparison.
10
100
1000
10000
1 10 100
Pulse Duration (ms)
Acceleration (m/s
2
)
Normal Speed
Ultra High Speed
Max. Velocity
±1.8m/s
0-p
Max. Velocity
±3.5m/s
0-p
FL-22K/100
22.0
22.0
55
to 2000
647
2.0
100
200(300)(★1)
35.9
34.0
500
Air-cooled
926-AW/SLS
368A-0503-26SLS
CRD-2000-26
φ270
1082W×1163H×866D
554W×2000H×1010D
707W×1681H×908D
2500
600
220
FL-26K/100
26.0
26.0
65
to 2000
765
2.0
100
200(300)(★1)
39.0
34.0
500
Air-cooled
926-AW/SLS
368A-0504-26SLS
CRD-2000-26
φ270
1082W×1163H×866D
554W×2000H×1010D
707W×1681H×908D
2500
600
220
FL-28K/100
28.0
28.0
70
to 2000
667
2.0
100
200(300)(★1)
45.3
42.0
700
Air-cooled
936-AW/SLS
368A-0504-36SLS
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3400
600
325
FL-35K/100
35.0
35.0
87.5
to 2000
833
2.0
100
200(300)(★1)
55.9
42.0
700
Air-cooled
936-AW/SLS
368A-0505-36SLS
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3400
600
325
FL-60K/100
60.0
60.0
150
to 2000
882
2.0
100
300
90.0
80.0
1000
Air-cooled
960-AW/SLS
368A-1007-60SLS
CRD-2000W-60
φ430
1452W×1297H×1231D
1108W×2000H×1010D
869W×2016H×1147D
5000
1800
400
FL-08K/100
8.0
8.0
20
to 2000
320
2.0
100
200(300)(★1)
23.5
25.0
350
Air-cooled
916-AW/SLS
369A-0502-16SLS
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×996D
1300
430
255
FV-15K/100
15.6 15.6
46 46
to 2000
636
1470
2.0 3.6
100
200(300)(★1)
22 35
24.5
500
Air-cooled
916-AW/SLS
369A-1212-16SLS
CRD-2000W-16SLS
φ230
974W×1035H×700D
1108W×2009H×1010D
707W×1681H×908D
1300
800 220
FV-26K/100
26.0 26.0
68 68
to 2000
765
1470
2.0 3.5
100
200(300)(★1)
35 80
34.0
500
Air-cooled
926-AW/SLS
368A-1212-26SLS
CRD-2000T-26SLS
φ270
1106W×1135H×880D
1662W×2009H×1010D
707W×1681H×908D
2500 1150
220
FV-35K/100
35.0 35.0
90 90
to 2000
833
1470
2.0 3.5
100
200(300)(★1)
50
100
42.0
500
Air-cooled
936-AW/SLS
368A-2016-36SLS
CRD-2000T-36SLS
φ330
1225W×1200H×965D
1662W×2009H×1010D
869W×1856H×1094D
3400 1300
325
FV-60K/100
60.0 60.0
150 150
to 2000
750
1470
1.8 3.5
100 200
73
215
80.0
500
Air-cooled
960-AW/SLS
368A-3027-60SLS
CRD-2000Q-60SLS
φ430
1452W×1297H×1231D 2216W×2009H×1010D
869W×2016H×1147D
5000 2000
400
kN0-p
kNrms
kN
0-p
kN0-p
Hz
m/s
2
m/s
2
m/s
m/s
mm
p-p
kg
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FL-16K/100
16.0 16.0
40
to 2000
640
2.0
100
200(300)(★1)
31.5 25.0
350
Air-cooled
916-AW/SLS
369A-0504-16SLS
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1300
450 220
Exciting
Force
Model Size
Mass
approx.
※ Input power specification is for 3φ　AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
(★1) We will cope with your instructions.
※ Input power specification is for 3φ　AC200 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available vibration control system.
(★1) We will cope with your instructions.
■ Duration: 11 ms, peak acceleration: 980 m/s
2
0
1000
Time (t)
Acceleration (m/s
2
)
Normal Speed
Ultra High Speed
11m s
11m s
980m/s
2
(100G)
980m/s
2
(100G)
500m/s
2
(50.8G)
500m/s
2
(50.8G)
FL Series
Vibration Testing System Large Displacement
FV Series
Vibration Testing System Ultra High Speed
※The vibration controller is mounted in the console rack. (Optional)
※The vibration controller is mounted in the console rack. (Optional)

Electro Mechanical I nstrument & C omponents
emic_p10_11
1110
FL Series Specifications
The FL series system expands the maximum
displacement to 100 mm
p-p. In particular, it
responds to the test condition of large displace-
ment of less than 10 Hz.
■ Comparison of Large Displacement System
with Standard System
FL-12K/100
12.0
12.0
30
to 2000
480
2.0
100
200(300)(★1)
27.6
25.0
350
Air-cooled
916-AW/SLS
369A-0503-16SLS
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1300
440
220
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FV Series Specifications
The FV series system responds to shock test conditions;
Shock Pulse Duration 11 ms & Level 980 m/s
2
(100 G)
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
Model
Sine
Random
Shock (6ms)
Shock (11ms)
Frequency range
Max. accel. (Sine)
Max. accel. (Shock)
Max. velocity. (Sine)
Max. velocity. (Shock)
Max. displacement
Max. payload (Sine)
Max. payload (Shock)
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
ModelSineRandomShock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payloadInput powerArmature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console RackArmature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Exciting
Force
Model Size
Exciting
Force
Model Size
Mass
approx.
Mass
approx.
Enhanced Displacement Area
Frequency (Hz)
Acceleration (m/s
2
)
※This performance curve is how you look at
each system for comparison.
■ Maximum Rated Shock Excitation Capability
(936 Series Vibration Generator)
※This performance curve is how you look at each system for comparison.
10
100
1000
10000
1 10 100
Pulse Duration (ms)
Acceleration (m/s
2
)
Normal Speed
Ultra High Speed
Max. Velocity
±1.8m/s
0-p
Max. Velocity
±3.5m/s
0-p
FL-22K/100
22.0
22.0
55
to 2000
647
2.0
100
200(300)(★1)
35.9
34.0
500
Air-cooled
926-AW/SLS
368A-0503-26SLS
CRD-2000-26
φ270
1082W×1163H×866D
554W×2000H×1010D
707W×1681H×908D
2500
600
220
FL-26K/100
26.0
26.0
65
to 2000
765
2.0
100
200(300)(★1)
39.0
34.0
500
Air-cooled
926-AW/SLS
368A-0504-26SLS
CRD-2000-26
φ270
1082W×1163H×866D
554W×2000H×1010D
707W×1681H×908D
2500
600
220
FL-28K/100
28.0
28.0
70
to 2000
667
2.0
100
200(300)(★1)
45.3
42.0
700
Air-cooled
936-AW/SLS
368A-0504-36SLS
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3400
600
325
FL-35K/100
35.0
35.0
87.5
to 2000
833
2.0
100
200(300)(★1)
55.9
42.0
700
Air-cooled
936-AW/SLS
368A-0505-36SLS
CRD-2000-36
φ330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3400
600
325
FL-60K/100
60.0
60.0
150
to 2000
882
2.0
100
300
90.0
80.0
1000
Air-cooled
960-AW/SLS
368A-1007-60SLS
CRD-2000W-60
φ430
1452W×1297H×1231D
1108W×2000H×1010D
869W×2016H×1147D
5000
1800
400
FL-08K/100
8.0
8.0
20
to 2000
320
2.0
100
200(300)(★1)
23.5
25.0
350
Air-cooled
916-AW/SLS
369A-0502-16SLS
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×996D
1300
430
255
FV-15K/100
15.6
15.6
46
46
to 2000
636
1470
2.0
3.6
100
200(300)(★1)
22
35
24.5
500
Air-cooled
916-AW/SLS
369A-1212-16SLS
CRD-2000W-16SLS
φ230
974W×1035H×700D
1108W×2009H×1010D
707W×1681H×908D
1300
800
220
FV-26K/100
26.0
26.0
68
68
to 2000
765
1470
2.0
3.5
100
200(300)(★1)
35
80
34.0
500
Air-cooled
926-AW/SLS
368A-1212-26SLS
CRD-2000T-26SLS
φ270
1106W×1135H×880D
1662W×2009H×1010D
707W×1681H×908D
2500
1150
220
FV-35K/100
35.0
35.0
90
90
to 2000
833
1470
2.0
3.5
100
200(300)(★1)
50
100
42.0
500
Air-cooled
936-AW/SLS
368A-2016-36SLS
CRD-2000T-36SLS
φ330
1225W×1200H×965D
1662W×2009H×1010D
869W×1856H×1094D
3400
1300
325
FV-60K/100
60.0
60.0
150
150
to 2000
750
1470
1.8
3.5
100
200
73
215
80.0
500
Air-cooled
960-AW/SLS
368A-3027-60SLS
CRD-2000Q-60SLS
φ430
1452W×1297H×1231D
2216W×2009H×1010D
869W×2016H×1147D
5000
2000
400
kN0-p
kNrms
kN
0-p
kN0-p
Hz
m/s
2
m/s
2
m/s
m/s
mm
p-p
kg
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FL-16K/100
16.0
16.0
40
to 2000
640
2.0
100
200(300)(★1)
31.5
25.0
350
Air-cooled
916-AW/SLS
369A-0504-16SLS
CRD-2000-16
φ230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1300
450
220
Exciting
Force
Model Size
Mass
approx.
※ Input power specification is for 3φ　AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
(★1) We will cope with your instructions.
※ Input power specification is for 3φ　AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
(★1) We will cope with your instructions.
■ Duration: 11 ms, peak acceleration: 980 m/s
2
0
1000
Time (t)
Acceleration (m/s
2
)
Normal Speed
Ultra High Speed
11m s11m s
980m/s
2
(100G)
980m/s
2
(100G)
500m/s
2
(50.8G)
500m/s
2
(50.8G)
FL Series
Vibration Testing System
Large Displacement
FV Series
Vibration Testing System Ultra High Speed
※The vibration controller is mounted in the console rack. (Optional)
※The vibration controller is mounted in the console rack. (Optional)

Electro Mechanical Instrument & C omponents
emic_p12_13
1312
FT Series Specifications
FT-3K/30
3.0
3.0
6.0
to 2500
666
1.6
30
200+α
9
4.5
60
Air-cooled
903-FN/FA
362D-0202-03
CRJ-1500-03
φ120
630W×693H×588D
554W×1502H×814D
475W×1040H×518D
350
380
35
●
●
-
-
Model
Size
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FC Series Specifications
FC-060K/60
60
60
150
to 2000
666.6
1.8
60
1000
88
90
1500
Water-cooled
9100-AWW/LA
368A-1610-3BAY100
CRD-2000T
φ450
1489W×1338H×1149D
1662W×2059H×1030.3D
4800
1650
700
FC-080K/60
80
80
200
to 2000
889.0
1.8
60
1000
100
90
1500
Water-cooled
9100-AWW/LA
368A-1612-3BAY100
CRD-2000T
φ450
1489W×1338H×1149D
1662W×2059H×1030.3D
4800
1650
700
FC-100K/60
100
100
250
to 2000
1000（★1）
1.8
60
1000
154
90
1500
Water-cooled
9100-AWW/LA
368A-1614-3BAY100
CRD-2000T
φ450
1489W×1338H×1149D
1662W×2059H×1030.3D
4800
1650
700
FC-200K/60
200
200
400
to 2000
1000（★1）
1.8
60
2000
351.5
130
5000
Water-cooled
9200-AWW/LA
368A-3232-200K
CRD-2000F-200K
φ590
1905W×1348H×1473D
3324W×2059H×1030.3D
8182
3950
700
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
kg
kg
kg
FT-8K/51
8.5
8.5
17.0
to 3000
850
2.0
51
350+α
19.5
10
500
Air-cooled
S085-AW/LA
369A-0202-085SF
CRD-1500-085
φ230
797W×775H×625D
554W×1500H×1010D
411W×810H×525D
640
300
60
●
●
●
-
FT-10K/80
10.0
10.0
20.0
to 2000
400
1.0
80
200+α
26.3
25
350
Air-cooled
916-AP/SLA
369A-0502
CRD-2000-16
φ230
950W×1029H×665D
554W×2009H×1010D
707W×1681H×850D
1300
430
220
●
●
●
●
FT-16K/80
16.0
16.0
32.0
to 2000
640
1.0
80
200+α
31.5
25
350
Air-cooled
916-AP/SLA
369A-0503
CRD-2000-16
φ230
950W×1029H×665D
554W×2009H×1010D
707W×1681H×850D
1300
440
220
●
●
●
●
FT-18K/80
18.0
18.0
45.0
to 2000
529
1.0
80
200+α
32.9
34
500
Air-cooled
926-AP/SLA
369A-0503
CRD-2000-26
φ270
1082W×1163H×866D
554W×2009H×1010D
707W×1681H×850D
2500
520
220
●
●
●
●
FT-26K/80
26.0
26.0
65.0
to 2000
764
1.0
80
200+α
38.1
34
500
Air-cooled
926-AP/SLA
369A-0504
CRD-2000-26
φ270
1082W×1163H×866D
554W×2009H×1010D
707W×1681H×850D
2500
530
220
●
●
●
●
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FT-28K/80
28.0
28.0
70.0
to 2000
666
1.0
80
200+α
46.2
42
700
Air-cooled
936-AP/SLA
369A-0504
CRD-2000-36
φ330
1186W×1255H×971D
554W×2009H×1010D
707W×1681H×946D
3400
570
245
●
●
●
●
FT-35K/80
35.0
35.0
87.5
to 2000
833
1.0
80
200+α
55.6
42
700
Air-cooled
936-AP/SLA
369A-0505
CRD-2000-36
φ330
1186W×1255H×971D
554W×2009H×1010D
869W×1856H×1094D
3400
580
325
●
●
●
●
FT-60K/80
60
60
150
to 2500
750
1.0
80
200+α
87.1
80
1000
Air-cooled
960-AP/SLA
369A-1007
CRD-2000W-60
φ430
1461W×1375H×1115D
1108W×2009H×1010D
1461W×1375H×1115D
5000
800
450
●
●
●
●
The FT series vibration testing system is specialized for“Safe Trans-
portation of Packaged Products”. It can be equipped with a
reinforcement mechanism against the offset or heavy load so that
a stacked or large product may be mounted. In order to easily
attach the packaged products with fixing bands the fixture of
honeycomb structure and or slip table with hooks are available.
Moreover, the oilless slip table reduces the burden of maintenance.
The FC series is a large system most suitable for testing a large specimen with high exciting force. Because the water-cooled type is more efficient than the air-cooled, a larger exciting force can be generated. It copes with vibra-
tion tests for large electronic equipment, automobile parts, airplane parts, airborne electronic apparatus, artificial satellites, aerospace and defense system. This series is designed to perform the vibration test specified in the military or international standards including MIL, NDS, ASTM, IEC, ISO, BS, JIS.
Exciting
Force
Mass
approx.
Compatible
Fixture
Model
Sine
Random
Shock
Frequency range（★1）
Max. acceleration
Max. velocity
Max. displacement
Max. payload（★2）
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
VHT-060
VHT-080
VHT-100
VHT-120
Model
Size
Exciting
Force
Mass
approx.
Compatible
Fixture
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Vib. Generator
Power Amplifier
Cooling Unit
Exciting
Force
Model Size
Mass
approx.
※ Input power specification is for 3φ　AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
※ Input power specification is for 3φ　AC400 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available vibration control system. (★1) Not a theoretical value, for limiting the maximum acceleration.
Dimensions (approx.) mm
621621
1850
1750
1000 948
575
550 450
● Chiller● Cooling Unit ● Transformer for Chiller
Option
200 VAC 3-phase 50/60 Hz Input Power
Hydraulic Power Supply
(★1)The highest usable frequency depends on an available fixture. As for the details, ask us if any. (★2)The maximum payload can be increased using options, a reinforcing mechanism against offset load, load support enhancement mechanism. Contact us if any.
FT Series
Vibration Testing System Transportation
FC Series
Vibration Testing System Large Water-cooled
Model
Sine
Random
Shock
Frequency range（★1）
Max. acceleration
Max. velocity
Max. displacement
Max. payload（★2）
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
VHT-060
VHT-080
VHT-100
VHT-120
● Reinforcing Mechanism against Offset Load (Page No. 30)
● Load Support Enhancement Mechanism (Page No. 30)
● Data Logger
Model Size　　　　 mm Freq. range　Hz Table mass　kg
● VHT Series Honeycomb Table
VHT-060-XX
600×600
to 200
33
VHT-080-XX
800×800
to 200
53
VHT-100-XX
1000×1000
to 200
115
VHT-120-XX
1200×1200
to 200
230
Model Size　　　　 mm Freq. range　Hz Table mass　kg
● Bearing Line
Slip Table
BT-060-XX
600×600
to 200
42
BT-080-XX
800×800
to 200
65
BT-100-XX
1000×1000
to 200
93
BT-120-XX
1200×1200
to 200
150
※Table mass changes with the available vibration generator.
※Frequency range and max. payload can be enhanced by a special order.
Option

Electro Mechanical Instrument & C omponents
emic_p12_13
1312
FT Series Specifications
FT-3K/30
3.0
3.0
6.0
to 2500
666
1.6
30
200+α
9
4.5
60
Air-cooled
903-FN/FA
362D-0202-03
CRJ-1500-03
φ120
630W×693H×588D
554W×1502H×814D
475W×1040H×518D
350
380
35
●
●
-
-
Model
Size
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FC Series Specifications
FC-060K/60
60
60
150
to 2000
666.6
1.8
60
1000
88
90
1500
Water-cooled
9100-AWW/LA
368A-1610-3BAY100
CRD-2000T
φ450
1489W×1338H×1149D
1662W×2059H×1030.3D
4800
1650
700
FC-080K/60
80
80
200
to 2000
889.0
1.8
60
1000
100
90
1500
Water-cooled
9100-AWW/LA
368A-1612-3BAY100
CRD-2000T
φ450
1489W×1338H×1149D
1662W×2059H×1030.3D
4800
1650
700
FC-100K/60
100
100
250
to 2000
1000（★1）
1.8
60
1000
154
90
1500
Water-cooled
9100-AWW/LA
368A-1614-3BAY100
CRD-2000T
φ450
1489W×1338H×1149D
1662W×2059H×1030.3D
4800
1650
700
FC-200K/60
200
200
400
to 2000
1000（★1）
1.8
60
2000
351.5
130
5000
Water-cooled
9200-AWW/LA
368A-3232-200K
CRD-2000F-200K
φ590
1905W×1348H×1473D
3324W×2059H×1030.3D
8182
3950
700
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
kg
kg
kg
FT-8K/51
8.5
8.5
17.0
to 3000
850
2.0
51
350+α
19.5
10
500
Air-cooled
S085-AW/LA
369A-0202-085SF
CRD-1500-085
φ230
797W×775H×625D
554W×1500H×1010D
411W×810H×525D
640
300
60
●
●
●
-
FT-10K/80
10.0
10.0
20.0
to 2000
400
1.0
80
200+α
26.3
25
350
Air-cooled
916-AP/SLA
369A-0502
CRD-2000-16
φ230
950W×1029H×665D
554W×2009H×1010D
707W×1681H×850D
1300
430
220
●
●
●
●
FT-16K/80
16.0
16.0
32.0
to 2000
640
1.0
80
200+α
31.5
25
350
Air-cooled
916-AP/SLA
369A-0503
CRD-2000-16
φ230
950W×1029H×665D
554W×2009H×1010D
707W×1681H×850D
1300
440
220
●
●
●
●
FT-18K/80
18.0
18.0
45.0
to 2000
529
1.0
80
200+α
32.9
34
500
Air-cooled
926-AP/SLA
369A-0503
CRD-2000-26
φ270
1082W×1163H×866D
554W×2009H×1010D
707W×1681H×850D
2500
520
220
●
●
●
●
FT-26K/80
26.0
26.0
65.0
to 2000
764
1.0
80
200+α
38.1
34
500
Air-cooled
926-AP/SLA
369A-0504
CRD-2000-26
φ270
1082W×1163H×866D
554W×2009H×1010D
707W×1681H×850D
2500
530
220
●
●
●
●
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FT-28K/80
28.0
28.0
70.0
to 2000
666
1.0
80
200+α
46.2
42
700
Air-cooled
936-AP/SLA
369A-0504
CRD-2000-36
φ330
1186W×1255H×971D
554W×2009H×1010D
707W×1681H×946D
3400
570
245
●
●
●
●
FT-35K/80
35.0
35.0
87.5
to 2000
833
1.0
80
200+α
55.6
42
700
Air-cooled
936-AP/SLA
369A-0505
CRD-2000-36
φ330
1186W×1255H×971D
554W×2009H×1010D
869W×1856H×1094D
3400
580
325
●
●
●
●
FT-60K/80
60
60
150
to 2500
750
1.0
80
200+α
87.1
80
1000
Air-cooled
960-AP/SLA
369A-1007
CRD-2000W-60
φ430
1461W×1375H×1115D
1108W×2009H×1010D
1461W×1375H×1115D
5000
800
450
●
●
●
●
The FT series vibration testing system is specialized for“Safe Trans-
portation of Packaged Products”. It can be equipped with a
reinforcement mechanism against the offset or heavy load so that
a stacked or large product may be mounted. In order to easily
attach the packaged products with fixing bands the fixture of
honeycomb structure and or slip table with hooks are available.
Moreover, the oilless slip table reduces the burden of maintenance.
The FC series is a large system most suitable for testing a
large specimen with high exciting force. Because the
water-cooled type is more efficient than the air-cooled, a
larger exciting force can be generated. It copes with vibra-
tion tests for large electronic equipment, automobile parts,
airplane parts, airborne electronic apparatus, artificial
satellites, aerospace and defense system. This series is
designed to perform the vibration test specified in the
military or international standards including MIL, NDS,
ASTM, IEC, ISO, BS, JIS.
Exciting
Force
Mass
approx.
Compatible
Fixture
Model
Sine
Random
Shock
Frequency range（★1）
Max. acceleration
Max. velocity
Max. displacement
Max. payload（★2）
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
VHT-060
VHT-080
VHT-100
VHT-120
Model
Size
Exciting
Force
Mass
approx.
Compatible
Fixture
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Vib. Generator
Power Amplifier
Cooling Unit
Exciting
Force
Model Size
Mass
approx.
※ Input power specification is for 3φ　AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
※ Input power specification is for 3φ　AC400 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
(★1) Not a theoretical value, for limiting the maximum acceleration.
Dimensions (approx.) mm
621621
1850 1750
1000 948
575
550 450
● Chiller● Cooling Unit ● Transformer for Chiller
Option
200 VAC 3-phase 50/60 Hz Input Power
Hydraulic Power Supply
(★1)The highest usable frequency depends on an available fixture. As for the details, ask us if any.
(★2)The maximum payload can be increased using options, a reinforcing mechanism against
offset load, load support enhancement mechanism. Contact us if any.
FT Series
Vibration Testing System
Transportation
FC Series
Vibration Testing System Large Water-cooled
Model
Sine
Random
Shock
Frequency range（★1）
Max. acceleration
Max. velocity
Max. displacement
Max. payload（★2）
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
VHT-060
VHT-080
VHT-100
VHT-120
● Reinforcing Mechanism against Offset Load (Page No. 30)
● Load Support Enhancement Mechanism (Page No. 30)
● Data Logger
Model
Size　　　　 mm
Freq. range　Hz
Table mass　kg
● VHT Series Honeycomb Table
VHT-060-XX
600×600
to 200
33
VHT-080-XX
800×800
to 200
53
VHT-100-XX
1000×1000
to 200
115
VHT-120-XX
1200×1200
to 200
230
Model
Size　　　　 mm
Freq. range　Hz
Table mass　kg
● Bearing Line
Slip Table
BT-060-XX
600×600
to 200
42
BT-080-XX
800×800
to 200
65
BT-100-XX
1000×1000
to 200
93
BT-120-XX
1200×1200
to 200
150
※Table mass changes with the available vibration generator.
※Frequency range and max. payload can be enhanced by a special order.
Option

■ Ultimate energy saving vibration generator without ﬁeld coil and power supply
■ Industry's ﬁrst adoption of permanent magnet for more than 10 kN exciting force system
Electro Mechanical I nstrument & C omponents
emic_p14_15
1514
"Ultimate Energy Saving" for a conventional medium-sized vibration
testing system can be realized by eliminating the field coil and power
supply. In addition, the cooling blower is downsized approximately 70%
and its rotating speed is controlled according to the temperature of the
vibration generator to drastically reduce the required input power and
sound level.
[Energy-saving Effect]
FP Series Specifications
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FP-10K/51
10
10
25
to 3000
1000
2.0
51
350
19
10
500
Air-cooled
P10-AW/LA
368A-0202-P10
CRD-1500-P10
φ230
702W×763H×572D
554W×1502H×814D
411W×810H×525D
690
300
60
FP-20K/51
20
20
36
to 2500
833.3
2.0
51
350
27
24
500
Air-cooled
P20-A
369A-0606-P20
CRD-2000-P20
φ330
982W×1000H×750D
554W×2025H×1010D
707W×1681H×946D
1650
600
245
FP-01K/30
1.2
1.2
2.4
to 2500
500
1.6
30
150
1.4
2.4
3
Air-cooled
P01-AB/AS
375-D/P01
-
φ120
384W×391.5H×360D
480W×189H×450D
365.5W×700H×434D
75
35
16
FP-02K/25
2.0
2.0
4.0
to 3000
800
1.5
25
40
6.2
2.5
4
Air-cooled
Σ9515-AB/SD
362D-0202-Σ15
CRJ-1500
φ120
442W×360H×340D
554W×1502H×814D
474.5W×1040H×495D
160
330
31
FP-02K/30A
2.0
2.0
4.0
to 2500
444.4
1.5
30
100
6.2
4.5
4
Air-cooled
Σ9515-AB/AS
362D-0202-Σ15
CRJ-1500
φ120
442W×360H×340D
554W×1502H×814D
474.5W×1040H×495D
165
330
31
Reduction of electric charge:
Approx. ¥1,520,000/year at 25% of rated output
Approx. ¥1,600,000/year at 10% of rated output
　
Reduction of CO
2:
Approx. 42,200 kg/year at 25% of rated output
Approx. 79,716 kg/year at 10% of rated output
※Compared to our 916 series system for 70% of operating time
※The discharge of CO
2 emission assumes it to be 0.555 kg-CO 2/kWh.
(according to law enforcement order about the promotion of global
warming countermeasures, Article 3)
Reduction eﬀect of power
consumption for new drive system
100
5
10
15
20
25
Exciting Force （kN）
Power Consumption （kW）
Conventional
New System
925
700
916-AP/LA
P10-AW/LA
572
763
975
702
Cutaway View of Permanent
Magnet Type Vibration Generator
Realization of Vibration Generator Downsizing compared with Same Class
Energy-saving Eﬀect with Input Power (Rotating Speed) Control for Blower
Power Space Noise
Running
Cost
BlowerBlower
Vibration GeneratorVibration Generator
Eﬀect of Power Saving Control for Blower
Exciting Force (kN)
Power Consumption (kW)
0 High
High
Rotating speed of
blower decreases
and noise level in
operation also
lowers.
Rotating speed of
blower decreases
and noise level in
operation also
lowers.
Cut waste
power with
proper cooling
control
Cut waste
power with
proper cooling
control
Permanent
Magnet Type
Permanent
Magnet Type
ConventionalConventional
Max.
Reduction:
Approx. 90%
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Exciting
Force
Model Size
Mass
approx.
Saving
of
Saving of Reduction
of
Saving of
Power
Saving
of
Space
Saving
of
Noise
Reduction
of
Running
Cost
Saving
of
※ Input power specification is for 1φ AC100 V 50/60 Hz. or 3φ AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
FP Series
Vibration Testing System
Permanent Magnet
※The vibration controller is mounted
in the console rack. (Optional)

■ Ultimate energy saving vibration generator without ﬁeld coil and power supply
■ Industry's ﬁrst adoption of permanent magnet for more than 10 kN exciting force system
Electro Mechanical I nstrument & C omponents
emic_p14_15
1514
"Ultimate Energy Saving" for a conventional medium-sized vibration
testing system can be realized by eliminating the field coil and power
supply. In addition, the cooling blower is downsized approximately 70%
and its rotating speed is controlled according to the temperature of the
vibration generator to drastically reduce the required input power and
sound level.
[Energy-saving Effect]
FP Series Specifications
kN0-p
kNrms
kN
0-p
Hz
m/s
2
m/s
mm
p-p
kg
kVA
kg
Nm
mm
mm
mm
mm
kg
kg
kg
FP-10K/51
10
10
25
to 3000
1000
2.0
51
350
19
10
500
Air-cooled
P10-AW/LA
368A-0202-P10
CRD-1500-P10
φ230
702W×763H×572D
554W×1502H×814D
411W×810H×525D
690
300
60
FP-20K/51
20
20
36
to 2500
833.3
2.0
51
350
27
24
500
Air-cooled
P20-A
369A-0606-P20
CRD-2000-P20
φ330
982W×1000H×750D
554W×2025H×1010D
707W×1681H×946D
1650
600
245
FP-01K/30
1.2
1.2
2.4
to 2500
500
1.6
30
150
1.4
2.4
3
Air-cooled
P01-AB/AS
375-D/P01
-
φ120
384W×391.5H×360D
480W×189H×450D
365.5W×700H×434D
75
35
16
FP-02K/25
2.0
2.0
4.0
to 3000
800
1.5
25
40
6.2
2.5
4
Air-cooled
Σ9515-AB/SD
362D-0202-Σ15
CRJ-1500
φ120
442W×360H×340D
554W×1502H×814D
474.5W×1040H×495D
160
330
31
FP-02K/30A
2.0
2.0
4.0
to 2500
444.4
1.5
30
100
6.2
4.5
4
Air-cooled
Σ9515-AB/AS
362D-0202-Σ15
CRJ-1500
φ120
442W×360H×340D
554W×1502H×814D
474.5W×1040H×495D
165
330
31
Reduction of electric charge:
Approx. ¥1,520,000/year at 25% of rated output
Approx. ¥1,600,000/year at 10% of rated output
　
Reduction of CO
2:
Approx. 42,200 kg/year at 25% of rated output
Approx. 79,716 kg/year at 10% of rated output
※Compared to our 916 series system for 70% of operating time
※The discharge of CO
2 emission assumes it to be 0.555 kg-CO 2/kWh.
(according to law enforcement order about the promotion of global
warming countermeasures, Article 3)
Reduction eﬀect of power
consumption for new drive system
100
5
10
15
20
25
Exciting Force （kN）
Power Consumption （kW）
Conventional
New System
925
700
916-AP/LA
P10-AW/LA
572
763
975
702
Cutaway View of Permanent
Magnet Type Vibration Generator
Realization of Vibration Generator Downsizing compared with Same Class
Energy-saving Eﬀect with Input Power (Rotating Speed) Control for Blower
Power Space Noise
Running
Cost
BlowerBlower
Vibration GeneratorVibration Generator
Eﬀect of Power Saving Control for Blower
Exciting Force (kN)
Power Consumption (kW)
0 High
High
Rotating speed of
blower decreases
and noise level in
operation also
lowers.
Rotating speed of
blower decreases
and noise level in
operation also
lowers.
Cut waste
power with
proper cooling
control
Cut waste
power with
proper cooling
control
Permanent
Magnet Type
Permanent
Magnet Type
ConventionalConventional
Max.
Reduction:
Approx. 90%
Model
Sine
Random
Shock
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Power Amplifier
Blower
Vib. Generator
Power Amplifier
Blower
Exciting
Force
Model Size
Mass
approx.
Saving
of
Saving of Reduction
of
Saving of
Power
Saving of
Space
Saving of
Noise
Reduction
of
Running
Cost
Saving of
※ Input power specification is for 1φ AC100 V 50/60 Hz. or 3φ AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
FP Series
Vibration Testing System
Permanent Magnet
※The vibration controller is mounted
in the console rack. (Optional)

Electro Mechanical I nstrument & C omponents
emic_p16_17
1716
●Multi-axis vibration test system that can excite a
specimen in three axes simultaneously, which unites
the electrodynamic vibration generator cultivated by
EMIC for a long time with linear bearing guide mech-
anism manufactured by KOKUSAI Co., Ltd.
●The eco-friendly vibration test system is equipped
with a energy saving drive system “ECO-Vibe neo”. It
is possible to reduce power consumption after
performed range selection of the exciting force for
application.
●The FM series can be combined with a tempera-
ture/humidity chamber for environmental reliability
tests.
FM Series Specifications FB Series Specifications
kN0-p
kNrms
Hz
m/s
2
m/s
mm
p-p
kg
mm
kVA
V
kg
FB-10K/50-3D-100
9.8
6.9
to 200
20
0.7
50
200
1000×1000
84
200
130
Air-cooled
FB-20K/50-3D-120
19.6
13.7
to 200
20
0.7
50
300
1200×1200
102
200
210
Air-cooled
FB-30K/50-3D-050
29.4
20.6
to 200
30
0.7
50
500
1500×1500
126
200/400
300
Air-cooled
FB-60K/50-3D-050
59.5
41.7
to 200
30
0.7
50
1000
1500×1500
264
200/400
400
Air-cooled
Model
Max. exciting force (Sine)
Max. exciting force (Random)
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Table size
Input power
Power supply voltage
Moving element
Cooling method
※ The maximum random acceleration is about 1/3 of the maximum sine acceleration.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
■ The FM series electrodynamic exciting system makes it possible to
simultaneously excite a specimen in three directions
■ According to the military standard MIL-STD-810G
■ Responding to the frequency range from 5 Hz to 2000 Hz
■ Multiaxial vibration testing system for transportation test
or aseismatic performance evaluation
■ A new type of vibration testing system superior in cost performance
●Specialized in transportation test
●Reproduction of actual vibration with
triaxial simultaneous excitation
●Both vertical and horizontal vibration test
can be performed by switching among three axes in a sequential manner. Since there is no need to switch the thrust axis of the vibration generator, transferring a spec- imen becomes unnecessary, thus the test period can be reduced.
※ Input power specification is for 3φ　AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
※ The table size of 600x600 mm is also available. Please contact us.
(★1) The maximum exciting force is available up 500 Hz and the force level from 500 Hz to 2000 Hz is 70% of its maximum.
kN0-p
kNrms
Hz
m/s
2
m/s
mm
p-p
kg
ｋV A
ｋｇ
mm
FM-20K/60-3D-040
20
20
2000
133
1.2
60
100
80.4(26.8/axis)
150
400×400
Air-cooled
FM-30K/60-3D-040
30
30
2000
188
1.2
60
100
126.6(42.2/axis)
160
400×400
Air-cooled
FM-40K/60-3D-050
40
40
2000
235
1.2
60
100
171.0(57.0/axis)
170
500×500
Air-cooled
FM-60K/60-3D-050
60
60
2000（★1）
316
1.2
60
100
204.9(68.3/axis)
190
500×500
Air-cooled
Model
Max. exciting force (Sine)
Max. exciting force (Random)
Upper limit frequency
Max. acceleration (No Load)
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Table size
Cooling method
FM Series
Vibration Testing System Triaxial Electrodynamic
FB Series
Vibration Testing System Triaxial Electric Servo

Electro Mechanical I nstrument & C omponents
emic_p16_17
1716
●Multi-axis vibration test system that can excite a
specimen in three axes simultaneously, which unites
the electrodynamic vibration generator cultivated by
EMIC for a long time with linear bearing guide mech-
anism manufactured by KOKUSAI Co., Ltd.
●The eco-friendly vibration test system is equipped
with a energy saving drive system “ECO-Vibe neo”. It
is possible to reduce power consumption after
performed range selection of the exciting force for
application.
●The FM series can be combined with a tempera-
ture/humidity chamber for environmental reliability
tests.
FM Series Specifications FB Series Specifications
kN0-p
kNrms
Hz
m/s
2
m/s
mm
p-p
kg
mm
kVA
V
kg
FB-10K/50-3D-100
9.8
6.9
to 200
20
0.7
50
200
1000×1000
84
200
130
Air-cooled
FB-20K/50-3D-120
19.6
13.7
to 200
20
0.7
50
300
1200×1200
102
200
210
Air-cooled
FB-30K/50-3D-050
29.4
20.6
to 200
30
0.7
50
500
1500×1500
126
200/400
300
Air-cooled
FB-60K/50-3D-050
59.5
41.7
to 200
30
0.7
50
1000
1500×1500
264
200/400
400
Air-cooled
Model
Max. exciting force (Sine)
Max. exciting force (Random)
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Table size
Input power
Power supply voltage
Moving element
Cooling method
※ The maximum random acceleration is about 1/3 of the maximum sine acceleration.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
■ The FM series electrodynamic exciting system makes it possible to
simultaneously excite a specimen in three directions
■ According to the military standard MIL-STD-810G
■ Responding to the frequency range from 5 Hz to 2000 Hz
■ Multiaxial vibration testing system for transportation test
or aseismatic performance evaluation
■ A new type of vibration testing system superior in cost performance
●Specialized in transportation test
●Reproduction of actual vibration with
triaxial simultaneous excitation
●Both vertical and horizontal vibration test
can be performed by switching among
three axes in a sequential manner. Since
there is no need to switch the thrust axis of
the vibration generator, transferring a spec-
imen becomes unnecessary, thus the test
period can be reduced.
※ Input power specification is for 3φ　AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
※ The table size of 600x600 mm is also available. Please contact us.
(★1) The maximum exciting force is available up 500 Hz and the force level from 500 Hz to 2000 Hz is 70% of its maximum.
kN0-p
kNrms
Hz
m/s
2
m/s
mm
p-p
kg
ｋV A
ｋｇ
mm
FM-20K/60-3D-040
20
20
2000
133
1.2
60
100
80.4(26.8/axis)
150
400×400
Air-cooled
FM-30K/60-3D-040
30
30
2000
188
1.2
60
100
126.6(42.2/axis)
160
400×400
Air-cooled
FM-40K/60-3D-050
40
40
2000
235
1.2
60
100
171.0(57.0/axis)
170
500×500
Air-cooled
FM-60K/60-3D-050
60
60
2000（★1）
316
1.2
60
100
204.9(68.3/axis)
190
500×500
Air-cooled
Model
Max. exciting force (Sine)
Max. exciting force (Random)
Upper limit frequency
Max. acceleration (No Load)
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Table size
Cooling method
FM Series
Vibration Testing System
Triaxial Electrodynamic
FB Series
Vibration Testing System Triaxial Electric Servo

Electro Mechanical I nstrument & C omponents
emic_p18_19
1918
FS Series
Shock Test System
FS Series Specifications
The FS series is specialized in high performance
shock tests designed for developing air bag
sensors.
The reliability of the sensor to be incorporated
into an air bag system needs to be extremely
sensitive in its nature. To succeed in controlling
the characteristics of each sensor, the test
system itself must be highly reliable and accu-
rate. The outstanding response characteristics
and control technology of an electrodynamic
actuator allows to succeed in manufacturing the
test system that can meet the above require-
ments. We have a large selection of shock test
systems depending on your application such as
development, inspection in production line and
head-on and flank crash simulation.
Model
Shock Generator
Power Amplifier
Control System
Shock Force
Maximum
Acceleration
Maximum Displacement
Maximum Velocity
Maximum Velocity Change
Power Consumption
Maximum Payload
Moving Element
Table Dimensions
Table Screw
Outline Dimensions
Mass
Outline Dimensions
Mass
Configuration
Rating
Shock Generator
Power Amplifier
Configuration
Rating
Shock Generator
Power Amplifier
kN0-p
（kgf0-p）
m/s
2
mm0-p
m/s
m/s
kVA
kg
kg
mm
mm
mm
kg
mm
kg
FS-1022/05
905-SH/10
369A-0503-S05
271-C
4.9
(500)
608(62G)
at 2kg load
100
±2.2
4.4
9
10
6(including table)
250W×280D
36-M6 depth9
620W×920D×610H
450
630W×891D×1912H
390
FS-1240B/13
912-SH/12
369A-0907-1/S
271-C
13.72
(1400)
980(100G)
at 5kg load
120
±4.0
6
30
10
9(including table)
250W×280D
36-M6 depth9
760W×1200D×810H
860
1220W×956D×2150H
1000
FS-1040B/19
922-SH/10
369A-0906-1/S
271-C
19.62
(2000)
980(100G)
at 10kg load
100
±4.0
6
33
10
10(including table)
200W×200D
16-M6 depth9
900W×1260D×930H
1470
1830W×956D×2150H
1500
FS-2078B/29
922-SH/20H
369A-0909-3/S
271-C
29.43
(3000)
2451(250G)
at 2kg load
200
±7.8
10
97
10
10(including table)
200W×200D
16-M8 depth8
900W×1460D×950H
1680
2440W×956D×2150H
2500
FS-3055B/15
922-SH/30
369A-0907-2/S
271-C
15.69
(1600)
980(100G)
at 5kg load
300
±5.5
7
50
10
11(including table)
200W×200D　
16-M6 depth9
900W×1660D×990H
1900
1830W×956D×2150H
1500
kN0-p
（kgf0-p）
m/s
2
mm0-p
m/s
m/s
kVA
kg
kg
mm
mm
mm
kg
mm
kg
FS-3050B/22
922-SH/30
369A-0907-2/S
271-C
22.07
(2250)
1470(150G)
at 4kg load
300
±5.0
6
56
10
11(including table)
200W×200D
16-M6 depth9
900W×1660D×990H
1900
1830W×956D×2150H
1500
FS-3093B/30H
922-SH/30H
369A-0908-4/S
271-C
29
(2957)
1870(190G)
at 4kg load
300
±9.3
16
115
5
11.5(including table)
200W×200D
16-M8 depth8
900W×1660D×990H
1900
3660W×956D×2150H
3000
FS-5080/16
950-SH
369A-0907-2/S
271-C
15.69
(1600)
980(100G)
at 2kg load
500
±6.0
8
64
5
14(including table)
200W×200D
16-M6 depth9
1180W×2446D×1215H
3400
1830W×956D×2150H
1500
FS-60160/20
960-SH
369A-0907-3/S
271-C
19.61
(2000)
980(100G)
at 2kg load
600
±10.0
16
100
5
18(including table)
200W×200D
16-M6 depth9
1180W×2469D×1215H
3520
2444W×975D×1956H
2900
Model Shock Generator Power Amplifier Control System Shock Force
Maximum
Acceleration
Maximum Displacement
Maximum Velocity
Maximum Velocity Change
Power Consumption
Maximum Payload
Moving Element
Table Dimensions
Table Screw
Outline Dimensions
Mass
Outline Dimensions
Mass
Shock Power Amplifier
Power Amplifier Specifications
Specifications of Solid State Amplifier Module
Specifications of Switching Amplifier Module
Model
Amplifier circuit
Apparent power
Frequency range
Input voltage
362B
Linear
1.0
0 to 5000
1.0
kVA
Hz
Vrms
362D
Linear
1.0
0 to 5000
1.0
Model
Amplifier circuit
Apparent power
Frequency range
Input voltage
Output voltage
Output current (Sine)
Output current (Random)
368A
Switching
12.0
0 to 4000
1.5
120
100
350
kVA
Hz
Vrms
Vrms
Arms
A
0-p
369A
Switching
8.0
0 to 4000
1.8
160
50
170
The power amplifier of EMIC's vibration testing system
adopts the high-power D class digital switching amplifier
which is most suitable for an electrodynamic vibration
testing system. (On the other hand, the Linear amplifier is
used for the small vibration generator system.)
LCD monitor is
in an open state.
（ 3４０）
（ 3 9６）
1010±１１ 80
760
80
(1210)
2000
5 5 4±7
● CRD-2000● CRD-1500
5 5 4±7
1390 71
(123)
850
654 1010±11 (236)
109
● CRD-2000W ● CRD-2000T
1662
2059
1108
2059
● CRD-2000Q
2216
1030.3
810
2059
Outline Drawing
Equip high-power D class digital switching ampliﬁer.
Attain much space saving (to our conventional
products).
Reduction of approx. 40% of consumption electricity
(to our conventional products).
Electro-magnetic compatibility in accordance with
both FCC and VDE rule
Flexible built-in design using power modules of 8
kVA and 12 kVA
Realization of wide band frequency response from
DC to 4 kHz with low distortion
Test article protection with soft start feature from
shock due to overshooting
Complete protection with multiple interlocking
features.
●
●
●
●
●
●
●
●

Electro Mechanical I nstrument & C omponents
emic_p18_19
1918
FS Series
Shock Test System
FS Series Specifications
The FS series is specialized in high performance
shock tests designed for developing air bag
sensors.
The reliability of the sensor to be incorporated
into an air bag system needs to be extremely
sensitive in its nature. To succeed in controlling
the characteristics of each sensor, the test
system itself must be highly reliable and accu-
rate. The outstanding response characteristics
and control technology of an electrodynamic
actuator allows to succeed in manufacturing the
test system that can meet the above require-
ments. We have a large selection of shock test
systems depending on your application such as
development, inspection in production line and
head-on and flank crash simulation.
Model
Shock Generator
Power Amplifier
Control System
Shock Force
Maximum
Acceleration
Maximum Displacement
Maximum Velocity
Maximum Velocity Change
Power Consumption
Maximum Payload
Moving Element
Table Dimensions
Table Screw
Outline Dimensions
Mass
Outline Dimensions
Mass
Configuration
Rating
Shock Generator
Power Amplifier
Configuration
Rating
Shock Generator
Power Amplifier
kN0-p
（kgf0-p）
m/s
2
mm0-p
m/s
m/s
kVA
kg
kg
mm
mm
mm
kg
mm
kg
FS-1022/05
905-SH/10
369A-0503-S05
271-C
4.9
(500)
608(62G)
at 2kg load
100
±2.2
4.4
9
10
6(including table)
250W×280D
36-M6 depth9
620W×920D×610H
450
630W×891D×1912H
390
FS-1240B/13
912-SH/12
369A-0907-1/S
271-C
13.72
(1400)
980(100G)
at 5kg load
120
±4.0
6
30
10
9(including table)
250W×280D
36-M6 depth9
760W×1200D×810H
860
1220W×956D×2150H
1000
FS-1040B/19
922-SH/10
369A-0906-1/S
271-C
19.62
(2000)
980(100G)
at 10kg load
100
±4.0
6
33
10
10(including table)
200W×200D
16-M6 depth9
900W×1260D×930H
1470
1830W×956D×2150H
1500
FS-2078B/29
922-SH/20H
369A-0909-3/S
271-C
29.43
(3000)
2451(250G)
at 2kg load
200
±7.8
10
97
10
10(including table)
200W×200D
16-M8 depth8
900W×1460D×950H
1680
2440W×956D×2150H
2500
FS-3055B/15
922-SH/30
369A-0907-2/S
271-C
15.69
(1600)
980(100G)
at 5kg load
300
±5.5
7
50
10
11(including table)
200W×200D　
16-M6 depth9
900W×1660D×990H
1900
1830W×956D×2150H
1500
kN0-p
（kgf0-p）
m/s
2
mm0-p
m/s
m/s
kVA
kg
kg
mm
mm
mm
kg
mm
kg
FS-3050B/22
922-SH/30
369A-0907-2/S
271-C
22.07
(2250)
1470(150G)
at 4kg load
300
±5.0
6
56
10
11(including table)
200W×200D
16-M6 depth9
900W×1660D×990H
1900
1830W×956D×2150H
1500
FS-3093B/30H
922-SH/30H
369A-0908-4/S
271-C
29
(2957)
1870(190G)
at 4kg load
300
±9.3
16
115
5
11.5(including table)
200W×200D
16-M8 depth8
900W×1660D×990H
1900
3660W×956D×2150H
3000
FS-5080/16
950-SH
369A-0907-2/S
271-C
15.69
(1600)
980(100G)
at 2kg load
500
±6.0
8
64
5
14(including table)
200W×200D
16-M6 depth9
1180W×2446D×1215H
3400
1830W×956D×2150H
1500
FS-60160/20
960-SH
369A-0907-3/S
271-C
19.61
(2000)
980(100G)
at 2kg load
600
±10.0
16
100
5
18(including table)
200W×200D
16-M6 depth9
1180W×2469D×1215H
3520
2444W×975D×1956H
2900
Model
Shock Generator
Power Amplifier
Control System
Shock Force
Maximum
Acceleration
Maximum Displacement
Maximum Velocity
Maximum Velocity Change
Power Consumption
Maximum Payload
Moving Element
Table Dimensions
Table Screw
Outline Dimensions
Mass
Outline Dimensions
Mass
Shock Power Amplifier
Power Amplifier Specifications
Specifications of Solid State Amplifier Module
Specifications of Switching Amplifier Module
Model
Amplifier circuit
Apparent power
Frequency range
Input voltage
362B
Linear
1.0
0 to 5000
1.0
kVA
Hz
Vrms
362D
Linear
1.0
0 to 5000
1.0
Model
Amplifier circuit
Apparent power
Frequency range
Input voltage
Output voltage
Output current (Sine)
Output current (Random)
368A
Switching
12.0
0 to 4000
1.5
120
100
350
kVA
Hz
Vrms
Vrms
Arms
A
0-p
369A
Switching
8.0
0 to 4000
1.8
160
50
170
The power amplifier of EMIC's vibration testing system
adopts the high-power D class digital switching amplifier
which is most suitable for an electrodynamic vibration
testing system. (On the other hand, the Linear amplifier is
used for the small vibration generator system.)
LCD monitor is
in an open state.
（ 3４０）
（ 3 9６）
1010±１１ 80
760
80
(1210)
2000
5 5 4±7
● CRD-2000● CRD-1500
5 5 4±7
1390 71
(123)
850
654 1010±11(236)
109
● CRD-2000W ● CRD-2000T
1662
2059
1108
2059
● CRD-2000Q
2216
1030.3
810
2059
Outline Drawing
Equip high-power D class digital switching ampliﬁer.
Attain much space saving (to our conventional
products).
Reduction of approx. 40% of consumption electricity
(to our conventional products).
Electro-magnetic compatibility in accordance with
both FCC and VDE rule
Flexible built-in design using power modules of 8
kVA and 12 kVA
Realization of wide band frequency response from
DC to 4 kHz with low distortion
Test article protection with soft start feature from
shock due to overshooting
Complete protection with multiple interlocking
features.
●
●
●
●
●
●
●
●

Correspondence to presence/absence of ECO-Vibe neo
Electro Mechanical I nstrument & C omponents
emic_p20_21
2120
New Model
F-1K/15
-
F-2K/20
F-2K/20A
-
-
-
F-3K/20
F-3K/20A
FT-3K/30
F-6K/20
F-6K/30
-
F-10K/56
F-15K/56
-
F-22K/60
F-25K/60
F-28K/60
F-33K/60
F-35K/60
F-40K/60
F-43K/60
F-51K/60
F-60K/60
FH-8K/51S
FH-10K/56
FH-15K/56
FH-08K/56
FH-12K/56
FH-16K/56
-
FH-22K/60
FH-26K/60
FH-28K/60
FH-33K/60
FH-35K/60
FH-40K/60
FH-43K/60
FH-51K/60
Former Model
F-01000BM
F-01300BM
F-02000BM
F-02000BM/A
F-02000BM/FA
F-02500AM/A
F-02500AM/FA
F-03000BM
F-03000BM/A
F-03000BM/FA
F-06000BM
F-06000BM/A
F-06000BM/FA
F-10000BD/LA16BP
F-15000BD/LA16AP
F-15000BD/LA26AP
F-22000BD/LA26AP
F-25000BD/LA26AP
F-28000BD/LA36AP
F-33000BD/LA36AP
F-35000BD/LA36AP
F-40000BD/LA40AP
F-43000BD/LA60AP
F-51000BD/LA60AP
F-60000AD/LA60AP
F-08500BDH/LA085SF
F-10000BDH/LA16BW
F-15000ADH/LA16BW
F-08000BDH/LA16AW
F-12000BDH/LA16AW
F-16000BDH/LA16AW
F-15000BDH/LA26AW
F-22000BDH/LA26AW
F-26000BDH/LA26AW
F-28000BDH/LA36AW
F-33000BDH/LA36AW
F-35000BDH/LA36AW
F-40000BDH/LA40AW
F-43000BDH/LA60AW
F-51000BDH/LA60AW
×
×
×
×
×
×
×
×
×
×
×
×
×
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
New Model
FH-60K/60
FL-08K/100
FL-12K/100
FL-16K/100
-
FL-22K/100
FL-26K/100
FL-28K/100
FL-35K/100
FL-60K/100
FV-15K/100
FV-26K/100
FV-35K/100
FV-60K/100
FT-8K/51
FT-10K/80
FT-16K/80
FT-18K/80
FT-26K/80
FT-28K/80
FT-35K/80
FT-60K/80
FC-060K/60
FC-080K/60
FC-100K/60
FC-200K/60
FP-01K/30
FP-02K/25
FP-02K/30A
FP-10K/51
FP-20K/51
FM-20K/60-3D-050
FM-30K/60-3D-050
FM-40K/60-3D-050
FM-60K/60-3D-050
FB-10K/50-3D-100
FB-20K/50-3D-120
FB-30K/50-3D-150
FB-60K/50-3D-150
Former Model
F-60000BDH/LA60AW
F-08000BDH/SLS16
F-12000BDH/SLS16
F-16000BDH/SLS16
F-15000BDH/SLS26
F-22000BDH/SLS26
F-26000BDH/SLS26
F-28000BDH/SLS36
F-35000BDH/SLS36
F-60000BDH/SLS60
F-15600BDHH/SLS16
F-26000BDHH/SLS26
F-35000BDHH/SLS36
F-60000BDHH/SLS60
-
-
-
-
-
-
-
-
F-060kBDH/LA100AWW
F-080kBDH/LA100AWW
F-100kBDH/LA100AWW
F-200kBDH/LA200AWW
P01
Σ9515-AB/SD
Σ9515-AB/AS
-
-
-
-
-
-
-
-
-
-
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
×
×
×
●
●
●
●
●
●
×
×
×
×
※ Some former models not listed above are provided with the ECO-Vibe neo. Please contact us for more information.
"ECO-Vibe neo" is an energy saving drive system designed to be environmentally-friendly.
The vibration test condition changes with the test specifications. Generally, the required exciting force can
be calculated by the product of the mass such as test article, fixture, table, etc. and testing acceleration.
However, if the required exciting force for the test is less than the maximum rated force of the vibration
testing system, the ratio in power consumption occupied by the field power supply is larger compared with
the power for driving the armature, and the field power supply which provides a constant output current all
the time. By implementing the ECO-Vibe neo the power consumption can be reduced by choosing the
exciting force required for the test. In addition, the user can enjoy a reduction merit of the running cost from
the first year because the initial cost is zero.
NORMAL
MODE1
MODE2
Energy Saving Drive ModeEnergy Saving Drive Mode
■ NORMAL
■ MODE1
■ MODE2
… System Output
… System Output
… System Output
100%
70%
50%
Energy Saving EﬀectEnergy Saving Eﬀect
Reduction of Electric Charge:
Approx. ¥790,000/year
(Estimation at 25% of rated output for 70%
of operating time)
Reduction of power consumption/
Diﬀerence from conventional products
Power Consumption （kW）
System Output (%)System Output (%)
00101020203030404050506060707080809090
Conventional products
ＥＣＯ-Vibe neo
(Power consumption of power amp.)
ＥＣＯ-Vibe neo
(Power consumption of ﬁeld power supply)
※On March 29, 2006, estimated based on the Ministry of Economy,
Trade and Industry, environment departmental order third.
※Data of random excitation with our F-33000BD/LA36AP (33,000 N)
Reduction of CO 2
Approx. 38 ton/year
(Estimation at 25% of rated output for 70%
of operating time)
Originally
Equipped
Energy Saving Drive System
[ECO-Vibe neo]
●Supported
×
Non-supported
●Supported
×
Non-supported

Electro Mechanical Instrument & C omponents
emic_p22_23
2322
Small Vibration Generator System
Small Vibration Generator Specification
Power Amplifier Unit Specification
Oscillator Option for Power Amplifier UnitThe small vibration generator is used for vibration meter
calibration, mechanical impedance measurement,
modal analysis excitation source and small light compo-
nent vibration-proof test.
Particularly, concerning the Model:512-D and 513-D
vibration generator, ceramic materials are used for their
armatures for the first in the world, making excitation
possible up to 30 kHz (up to 24 kHz for Model:513-D).
9514-A SERIES
513-B SERIES
371-A SERIES
372-A SERIES
373-A SERIES
375-D SERIES
512-A SERIES
511-A SERIES
Dimensions
511-A
15(1.5)
2 to 5k
230.7(23.5)
5
1.26
-
0.065
Aluminum
5
Natural
4.2
371-A
512-A
49(5)
2 to 20k
376.9(38.4)
7
1.14
2.0
0.13
Magnesium
12
Natural
9.5
371-A
512-A/A
64(6.5)
2 to 20k
492.3(50.2)
7
1.31
2.0
0.13
Magnesium
12
Forced air
9.5
372-A
512-D
49(5.0)
2 to 30k
272.2(27.7)
7
1.00
2.0
0.18
Ceramic
12
Natural
9.5
371-A
512-D/A
64(6.5)
2 to 30k
355.5(36.2)
7
1.14
2.0
0.18
Ceramic
12
Forced air
9.5
372-A
513-B
98(10)
3 to 13k
264.8(27)
10
1.17
3.0
0.37
Magnesium
14
Natural
26
371-A
147(15)
3 to 13k
397.2(40.5)
1.43
372-A
513-B/A
196(20)
3 to 13k
529.7(54)
1.67
374-A
513-D/A
147(15)
3 to 24k
262.5(26.7)
10
1.14
3.0
0.56
Ceramic
14
Forced air
26
374-A
9514-AB/SD
500(51.0)
5 to 5k
416.7(42.5)
25
1.2
12
1.2
Aluminum
26
Forced air
26
375-D
9514-AN/SD
300(30.6)
5 to 5k
250.0(25.5)
15
1.2
12
1.2
Aluminum
25
Natural
25
373-A
513-D
98(10)
3 to 24k
175(17.8)
10
0.92
3.0
0.56
Ceramic
14
Natural
26
372-A
10
3.0
0.37
Magnesium
14
Forced air
26
Model
Apparent Power [VA]
Output Voltage [Vrms]
Output Current [Arms]
Frequency Range [Hz]
Input Impedance [Ω]
Input Voltage [Vrms]
Matching Impedance [Ω]
Load Impedance [Ω]
S/N[dB]
Distortion [％]
Meter [Arms]
Input Connector
Input to Blower [VA]
Protector
Input Power
Maximum Power
Dimensions [mm]
Mass [kg]
Operating Environment 371-A
110
20
5.5
2 to 30k
10k
1
3.64
1.82
80
0.5
7.5
BNC
---
AC100V 50/60Hz
300
480W×149H×350D
12.5
372-A
220
27.5
8
2 to 30k
10k
1
3.44
1.72
80
0.5
10
BNC
200VA Max.
AC100V 50/60Hz
800
480W×149H×350D
18.5
373-A
330
20
16.5
2 to 10k
10k
1
1.21
0.67
80
0.5
20
BNC
---
AC100V 50/60Hz
1100
480W×249H×400D
37
Temperature range 0℃ to 40℃　Humidity range 20 to 85％RH(without dewdrop)
374-A
440
40
11
2 to 10k(20k)
10k
1
3.64
1.82
80
0.5
20
BNC
300VA Max.
AC100V 50/60Hz
1500
480W×249H×400D
37
375-D
840
35
24
DC to 5kHz
10k
1.5
1.46
0.73
70
1.0
25
BNC
200VA Max.
AC200V 50/60Hz
1800
480W×200H×450D
35
Control System or Oscillator Required:
In addition to the small vibration generator and power
amplifier unit, a vibration control system or function
generator, accelerometer and charge amplifier may
be required for your application. An optional oscilla-
tor is available for the power amplifier unit. As for the
details, please contact our sales department.
Model
Frequency Range
Frequency Adjust
Frequency Accuracy
Frequency Stability
Output Waveform
Output voltage
Distortion Power Amplifier Model/G
2 ranges,1 to 1kHz and 100 to 100kHz
COARSE : Resolution 2Hz from 1 to 1kHz
200Hz from 100 to 100kHz
FINE
: more than 5Hz adjustable from 1 to 1kHz
more than 50Hz adjustable from 100 to 100kHz
±2％ (+2 scale)　＠ min FINE
0.5Hz/℃ TYP at 1kHz (from 1 to 1kHz)
Sinusoidal waveform
±1.0dB (within same range)
500 Hz standard from 1 to 1kHz
5 kHz standard from 100 to 100kHz
less than 0.3% from 5Hz to 1kHz(1 to 1kHz range)
less than 0.5% from 100Hz to 50kHz(100 to 100kHz range)
less than 0.7% from 50kHz to 100kHz(100 to 100kHz range)
Frequency Counter
Frequency range
Display
Resolution
Accuracy
Gate Time
1Hz to 100kHz
6 digits
1Hz
±1Hz
1s fixed
Note ; Regarding 9514 Series small vibration generator other types are available. Please contact us.
●Highly accurate vibration meter calibration,
mechanical impedance measurement and
modal analysis excitation source
●Vibration-proof test of various sensors and
small light specimens such as electronic and
electric components
●Pedagogical material for fundamental experi-
ment in vibration engineering
Model
Exciting Force[N] (kgf)
Frequency Range[Hz]
Maximum Acceleration[m/s
2
](G)
Maximum Displacement[ mm p-p]
Maximum Velocity[m/s]
Maximum Payload[kg]
Armature Mass[kg]
Armature Material
Stiffness[N/mm]
Cooling
Mass[kg]
Matched Power Amplifier
Model
Exciting Force[N] (kgf)
Frequency Range[Hz]
Maximum Acceleration[m/s
2
](G)
Maximum Displacement[ mm p-p]
Maximum Velocity[m/s]
Maximum Payload[kg]
Armature Mass[kg]
Armature Material
Stiffness[N/mm]
Cooling
Mass[kg]
Matched Power Amplifier
・Over current　・Transistor tmperature　・Over load
● 511SERIES
● 512SERIES
● 513SERIES
● 9514SERIES
12 100120
10763.5
(190)
(19.5)
Ｍ６
150
12
φ2 0
Blower
Hose
Grip
φ150
216
40
Ｍ6 depth 10
4-Ｍ4 depth 6
Threaded Hole
Pattern
※Optional Stand
φ30
14
220
289.5
173
185
202.5
φ2 0
250
215
79
369
M6
depth 12
4-M4
depth 12
※Optional Stand
φ62
Input
to Blower
13-M5
depth 10
234
283
147
268
224.5
φ75
φ35
φ60
（φ38）
φ190
45°
（15）

Electro Mechanical Instrument & C omponents
emic_p22_23
2322
Small Vibration Generator System
Small Vibration Generator Specification
Power Amplifier Unit Specification
Oscillator Option for Power Amplifier UnitThe small vibration generator is used for vibration meter
calibration, mechanical impedance measurement,
modal analysis excitation source and small light compo-
nent vibration-proof test.
Particularly, concerning the Model:512-D and 513-D
vibration generator, ceramic materials are used for their
armatures for the first in the world, making excitation
possible up to 30 kHz (up to 24 kHz for Model:513-D).
9514-A SERIES
513-B SERIES
371-A SERIES
372-A SERIES
373-A SERIES
375-D SERIES
512-A SERIES
511-A SERIES
Dimensions
511-A
15(1.5)
2 to 5k
230.7(23.5)
5
1.26
-
0.065
Aluminum
5
Natural
4.2
371-A
512-A
49(5)
2 to 20k
376.9(38.4)
7
1.14
2.0
0.13
Magnesium
12
Natural
9.5
371-A
512-A/A
64(6.5)
2 to 20k
492.3(50.2)
7
1.31
2.0
0.13
Magnesium
12
Forced air
9.5
372-A
512-D
49(5.0)
2 to 30k
272.2(27.7)
7
1.00
2.0
0.18
Ceramic
12
Natural
9.5
371-A
512-D/A
64(6.5)
2 to 30k
355.5(36.2)
7
1.14
2.0
0.18
Ceramic
12
Forced air
9.5
372-A
513-B
98(10)
3 to 13k
264.8(27)
10
1.17
3.0
0.37
Magnesium
14
Natural
26
371-A
147(15)
3 to 13k
397.2(40.5)
1.43
372-A 513-B/A
196(20)
3 to 13k
529.7(54)
1.67
374-A
513-D/A
147(15)
3 to 24k
262.5(26.7)
10
1.14
3.0
0.56
Ceramic
14
Forced air
26
374-A
9514-AB/SD
500(51.0)
5 to 5k
416.7(42.5)
25
1.2
12
1.2
Aluminum
26
Forced air
26
375-D
9514-AN/SD
300(30.6)
5 to 5k
250.0(25.5)
15
1.2
12
1.2
Aluminum
25
Natural
25
373-A
513-D
98(10)
3 to 24k
175(17.8)
10
0.92
3.0
0.56
Ceramic
14
Natural
26
372-A
10
3.0
0.37
Magnesium
14
Forced air
26
Model
Apparent Power [VA]
Output Voltage [Vrms]
Output Current [Arms]
Frequency Range [Hz]
Input Impedance [Ω]
Input Voltage [Vrms]
Matching Impedance [Ω]
Load Impedance [Ω]
S/N[dB]
Distortion [％]
Meter [Arms]
Input Connector
Input to Blower [VA]
Protector
Input Power
Maximum Power
Dimensions [mm]
Mass [kg]
Operating Environment 371-A
110
20
5.5
2 to 30k
10k
1
3.64
1.82
80
0.5
7.5
BNC
---
AC100V 50/60Hz
300
480W×149H×350D
12.5
372-A
220
27.5
8
2 to 30k
10k
1
3.44
1.72
80
0.5
10
BNC
200VA Max.
AC100V 50/60Hz
800
480W×149H×350D
18.5
373-A
330
20
16.5
2 to 10k
10k
1
1.21
0.67
80
0.5
20
BNC
---
AC100V 50/60Hz
1100
480W×249H×400D
37
Temperature range 0℃ to 40℃　Humidity range 20 to 85％RH(without dewdrop)
374-A
440
40
11
2 to 10k(20k)
10k
1
3.64
1.82
80
0.5
20
BNC
300VA Max.
AC100V 50/60Hz
1500
480W×249H×400D
37
375-D
840
35
24
DC to 5kHz
10k
1.5
1.46
0.73
70
1.0
25
BNC
200VA Max.
AC200V 50/60Hz
1800
480W×200H×450D
35
Control System or Oscillator Required:
In addition to the small vibration generator and power
amplifier unit, a vibration control system or function
generator, accelerometer and charge amplifier may
be required for your application. An optional oscilla-
tor is available for the power amplifier unit. As for the
details, please contact our sales department.
Model
Frequency Range
Frequency Adjust
Frequency Accuracy
Frequency Stability
Output Waveform
Output voltage
Distortion Power Amplifier Model/G
2 ranges,1 to 1kHz and 100 to 100kHz
COARSE : Resolution 2Hz from 1 to 1kHz
200Hz from 100 to 100kHz
FINE
: more than 5Hz adjustable from 1 to 1kHz
more than 50Hz adjustable from 100 to 100kHz
±2％ (+2 scale)　＠ min FINE
0.5Hz/℃ TYP at 1kHz (from 1 to 1kHz)
Sinusoidal waveform
±1.0dB (within same range)
500 Hz standard from 1 to 1kHz
5 kHz standard from 100 to 100kHz
less than 0.3% from 5Hz to 1kHz(1 to 1kHz range)
less than 0.5% from 100Hz to 50kHz(100 to 100kHz range)
less than 0.7% from 50kHz to 100kHz(100 to 100kHz range)
Frequency Counter
Frequency range
Display
Resolution
Accuracy
Gate Time
1Hz to 100kHz
6 digits
1Hz
±1Hz
1s fixed
Note ; Regarding 9514 Series small vibration generator other types are available. Please contact us.
●Highly accurate vibration meter calibration,
mechanical impedance measurement and
modal analysis excitation source
●Vibration-proof test of various sensors and
small light specimens such as electronic and
electric components
●Pedagogical material for fundamental experi-
ment in vibration engineering
Model
Exciting Force[N] (kgf)
Frequency Range[Hz]
Maximum Acceleration[m/s
2
](G)
Maximum Displacement[ mm p-p]
Maximum Velocity[m/s]
Maximum Payload[kg]
Armature Mass[kg]
Armature Material
Stiffness[N/mm]
Cooling
Mass[kg]
Matched Power Amplifier
Model
Exciting Force[N] (kgf)
Frequency Range[Hz]
Maximum Acceleration[m/s
2
](G)
Maximum Displacement[ mm p-p]
Maximum Velocity[m/s]
Maximum Payload[kg]
Armature Mass[kg]
Armature Material
Stiffness[N/mm]
Cooling
Mass[kg]
Matched Power Amplifier
・Over current　・Transistor tmperature　・Over load
● 511SERIES
● 512SERIES
● 513SERIES
● 9514SERIES
12 100120
107
63.5
(190)
(19.5) Ｍ６
150
12
φ2 0
Blower
Hose
Grip
φ150
216
40
Ｍ6 depth 10
4-Ｍ4 depth 6
Threaded Hole
Pattern
※Optional Stand
φ30
14
220
289.5
173
185
202.5
φ2 0
250
215
79
369
M6
depth 12
4-M4
depth 12
※Optional Stand
φ62
Input
to Blower
13-M5 depth 10
234
283
147
268
224.5
φ75
φ35
φ60
（φ38）
φ190
45°
（15）

※ As for the detailed information of Software Package, please contact us.
Electro Mechanical Instrument & C omponents
emic_p24_25
2524
Vibration Control System DCS-98000MJ
DCS-98000MJ provides extensive software along with its hardware, which is most suitable for the vibration
control of an electrodynamic vibration testing system. The vibration controller executes the vibration test
profile that the customer demands and is designed to be able to easily perform a complicated vibration test.
It carries DCU performing high-speed digital signal processing and is comprised of the industrial use PC main
body of high reliability equipped with the OS of Microsoft
®
Windows7
®
which it is easy to treat, and the
control software standardized on the random, sine and shock and provide rich option software.
Typical Software Package Specifications
Model
Major
Specifications
Random vibration control package
ESP-111ME
■ Control method:
■ Frequency range:
■ Frequency resolution:
■ Control dynamic range:
■ Loop time:
■ Max. input number:
■ Random setup profile:
■ Max. test time:
■ Data I/O function:
Model Major
Specifi-
cations
User-defined waveform long period equalization
ESP-411ME
■ Control method:
■ Frequency range:
■ Freq. resolution:
■ Permissible data:
■ Monitor function:
■ Graphic function:
Equalizing transfer function
Max. 1000 Hz
Max. 3200 line
Max. 4096000 (app. 4.5 h/app. 100 sample)
Target waveform,
Control waveform,
Output waveform.
Spectrum,
Transfer function.
Model
Major
Specifi-
cations
Shock control package
ESP-311ME
■ Control method:
■ Pulse duration:
■ Freq. resolution:
■ Preset parameter:
Classical shock pulse
(Half sine, sawtooth,
haversine, trapezoidal),
Arbitrary shock waveform,
Output level and spectrum.
0.5 to 150 ms
Max. 25600 line
Shock waveform.
Pulse duration.
Model
Major
Specifi-
cations
Sine vibration control package
ESP-211ME
■ Control method:
■ Frequency range:
■ Preset parameter:
■ Frequency control:
■ Time and cycle:
■ Control system:
■ Input channel:
■ Monitor parameter:
■ Graphic function:
■ Analysis feature:
Maximum acceleration level
Minimum acceleration level
Average acceleration level
0.1 to 10000 Hz
Frequency,
Acceleration,
Velocity,
Displacement.
Sweep mode (LIN or LOG mode),
Fixed mode,
Manual setting mode.
Duration (Max. 999 h 59 m 59 s)
Cycle (Max. 10
10
cycles)
Max. 2 systems
Max. 16 ch
Acceleration,
Vibration level,
Frequency,
Output voltage.
Preset acceleration,
Input response,
Output response.
Transfer function,
Response spectrum.
Model
ESP-112ME
ESP-113ME
ESP-114ME
ESP-115ME
ESP-212ME
ESP-213ME
ESP-214ME
ESP-215ME
ESP-262ME
ESP-312ME
ESP-313ME
ESP-611ME
ESP-811ME
ESP-812ME
ESP-813ME
PSD profile
Max. 5000 Hz
Max. 3200 line
144 dB (Theoretical value)
Less than 200 ms @ 400 line and 2000 Hz
16 ch
Breakpoint (Hz), power spectral density (PSD), slope
9999 hours 59 minutes 59 seconds
Text format output (CSV), Microsoft Excel form (xlsx)
Software Package Option
Random-on-Random (ROR) Software (10 band)
Sine-on-Random (SOR) Software (28 tone)
Limit Channels Control (Random)
PSD Conversion
Resonant Search and Dwell Control
Sound Skip Check
Limit Channels Control (Sine)
Swept Triangular Control
Open Loop Control
Shock Response Spectrum (SRS)
Sine Beat Control
CERT Program Software
LAN Remote Monitor Package
e-mail Control Package (ESP-811ME required)
Watch Dog Timer Control Package

※ As for the detailed information of Software Package, please contact us.
Electro Mechanical Instrument & C omponents
emic_p24_25
2524
Vibration Control System DCS-98000MJ
DCS-98000MJ provides extensive software along with its hardware, which is most suitable for the vibration
control of an electrodynamic vibration testing system. The vibration controller executes the vibration test
profile that the customer demands and is designed to be able to easily perform a complicated vibration test.
It carries DCU performing high-speed digital signal processing and is comprised of the industrial use PC main
body of high reliability equipped with the OS of Microsoft
®
Windows7
®
which it is easy to treat, and the
control software standardized on the random, sine and shock and provide rich option software.
Typical Software Package Specifications
Model
Major
Specifications
Random vibration control package
ESP-111ME
■ Control method:
■ Frequency range:
■ Frequency resolution:
■ Control dynamic range:
■ Loop time:
■ Max. input number:
■ Random setup profile:
■ Max. test time:
■ Data I/O function:
Model
Major
Specifi-
cations
User-defined waveform long period equalization
ESP-411ME
■ Control method:
■ Frequency range:
■ Freq. resolution:
■ Permissible data:
■ Monitor function:
■ Graphic function:
Equalizing transfer function
Max. 1000 Hz
Max. 3200 line
Max. 4096000 (app. 4.5 h/app. 100 sample)
Target waveform,
Control waveform,
Output waveform.
Spectrum,
Transfer function.
Model
Major
Specifi-
cations
Shock control package
ESP-311ME
■ Control method:
■ Pulse duration:
■ Freq. resolution:
■ Preset parameter:
Classical shock pulse
(Half sine, sawtooth,
haversine, trapezoidal),
Arbitrary shock waveform,
Output level and spectrum.
0.5 to 150 ms
Max. 25600 line
Shock waveform.
Pulse duration.
Model
Major
Specifi-
cations
Sine vibration control package
ESP-211ME
■ Control method:
■ Frequency range:
■ Preset parameter:
■ Frequency control:
■ Time and cycle:
■ Control system:
■ Input channel:
■ Monitor parameter:
■ Graphic function:
■ Analysis feature:
Maximum acceleration level
Minimum acceleration level
Average acceleration level
0.1 to 10000 Hz
Frequency,
Acceleration,
Velocity,
Displacement.
Sweep mode (LIN or LOG mode),
Fixed mode,
Manual setting mode.
Duration (Max. 999 h 59 m 59 s)
Cycle (Max. 10
10
cycles)
Max. 2 systems
Max. 16 ch
Acceleration,
Vibration level,
Frequency,
Output voltage.
Preset acceleration,
Input response,
Output response.
Transfer function,
Response spectrum.
Model
ESP-112ME
ESP-113ME
ESP-114ME
ESP-115ME
ESP-212ME
ESP-213ME
ESP-214ME
ESP-215ME
ESP-262ME
ESP-312ME
ESP-313ME
ESP-611ME
ESP-811ME
ESP-812ME
ESP-813ME
PSD profile
Max. 5000 Hz
Max. 3200 line
144 dB (Theoretical value)
Less than 200 ms @ 400 line and 2000 Hz
16 ch
Breakpoint (Hz), power spectral density (PSD), slope
9999 hours 59 minutes 59 seconds
Text format output (CSV), Microsoft Excel form (xlsx)
Software Package Option Random-on-Random (ROR) Software (10 band) Sine-on-Random (SOR) Software (28 tone) Limit Channels Control (Random) PSD Conversion Resonant Search and Dwell Control Sound Skip Check Limit Channels Control (Sine) Swept Triangular Control Open Loop Control Shock Response Spectrum (SRS) Sine Beat Control CERT Program Software LAN Remote Monitor Package e-mail Control Package (ESP-811ME required) Watch Dog Timer Control Package

Electro Mechanical I nstrument & C omponents
emic_p26_27
2726
Lineup Applications
Uniaxial Vibration Testing System
Velocity, Displacement
Triaxial Vibration Testing System
Energy-saving Type Vibration Testing System
Velocity, Displacement
Exciting Force
Frequency
Exciting Force
(Adaptation level: 1 being the least efficient. 5 being the most efficient)
Electric, Electronic and
Precision Equipment Automotive Equipment Railroad Aerospace Transport
(Truck)
Building
Home electric appliance (television monitor, camera)IT equipment (notebook PC, tablet)Industrial electric apparatus (large motor, control
unit, industrial robot, electricity meter, solar panel)Measuring instruments (sensor)Power train (engine, motor, catalyst, exhaust system)Large battery (lithium ion battery, inverter)
In-vehicle electric apparatus (ECU, car navigation
system, light, accessory for meter)
Body, interior ﬁnishing (seat, interior)
Collision damping device (airbag)
Rolling stock equipment (train security, inverter
controller, master controller, brakes, bogie)
Railroad facilities (rail, turnout, signal)
Aircraft engine and airframe parts
Electronic device for aircraft (radar)
Space apparatus (rocket propulsion apparatus,
satellite)
Daily necessities (drinking water, pharmaceutical
products, food) Delivery to home, baggage transportation
(cardboard packing materials, transportation means)Structure analysis (building, apartment, bridge,
earthquake-related)
Damage evaluation (concrete structure, bridge)
FV Series
FL Series
FH Series
FT Series
Ultra high speed
Large displacement
High speed
F Series Standard
Transportation test
Large water-cooled
FM Series Triaxial electrodynamic
FB SeriesTriaxial electric servo
Small Vibration Series Permanent magnet
FC Series
4
5
5
4
4
4
2
5
5
5
3
5
5
4
4
4
2
4
3
2
1
4
5
4
4
4
4
2
4
4
5
5
5
4
4
4
1
3
3
5
5
3
5
5
5
5
4
3
5
3
5
5
5
5
5
4
5
4
5
5
5
3
4
5
3
4
2
3
4
5
5
4
1
1
2
4
2
2
4
2
5
4
5
5
5
4
5
3
3
5
5
5
4
4
5
1
1
3
5
5
5
5
5
1
3
3
5
5
4
4
5
1
3
5
5
5
5
5
1
4
4
5
3
3
1
2
5
3
4
4
5
5
3
5
2
5
3
4
5
3
3
2
2
2
1
5
4
3
3
1
1
Power consumption
FP10｜FP20FP01｜FP02 Permanent magnet Permanent magnet
Small Vibration
Series
FP Series
F Series
FH Series
FL Series
FV Series
FC Series
FT Series
FM Series
FB Series
FS Series
→Page 22
→Page 14
→Page 6
→Page 8
→Page 10
→Page 11
→Page 13
→Page 12
→Page 16
→Page 17
→Page 18
F Series Standard

Electro Mechanical I nstrument & C omponents
emic_p26_27
2726
Lineup Applications
Uniaxial Vibration Testing System
Velocity, Displacement
Triaxial Vibration Testing System
Energy-saving Type Vibration Testing System
Velocity, Displacement
Exciting Force
Frequency
Exciting Force
(Adaptation level: 1 being the least efficient. 5 being the most efficient)
Electric, Electronic and
Precision Equipment Automotive Equipment Railroad Aerospace Transport
(Truck)
Building
Home electric appliance (television monitor, camera)IT equipment (notebook PC, tablet)Industrial electric apparatus (large motor, control
unit, industrial robot, electricity meter, solar panel)Measuring instruments (sensor)Power train (engine, motor, catalyst, exhaust system)Large battery (lithium ion battery, inverter)
In-vehicle electric apparatus (ECU, car navigation
system, light, accessory for meter)
Body, interior ﬁnishing (seat, interior)
Collision damping device (airbag)
Rolling stock equipment (train security, inverter
controller, master controller, brakes, bogie)
Railroad facilities (rail, turnout, signal)
Aircraft engine and airframe parts
Electronic device for aircraft (radar)
Space apparatus (rocket propulsion apparatus,
satellite)
Daily necessities (drinking water, pharmaceutical
products, food) Delivery to home, baggage transportation
(cardboard packing materials, transportation means)Structure analysis (building, apartment, bridge,
earthquake-related)
Damage evaluation (concrete structure, bridge)
FV Series
FL Series
FH Series
FT Series Ultra high speed
Large displacement
High speed
F Series Standard
Transportation test
Large water-cooled
FM Series Triaxial electrodynamic
FB SeriesTriaxial electric servo
Small Vibration Series Permanent magnet
FC Series
4
5
5
4
4
4
2
5
5
5
3
5
5
4
4
4
2
4
3
2
1
4
5
4
4
4
4
2
4
4
5
5
5
4
4
4
1
3
3
5
5
3
5
5
5
5
4
3
5
3
5
5
5
5
5
4
5
4
5
5
5
3
4
5
3
4
2
3
4
5
5
4
1
1
2
4
2
2
4
2
5
4
5
5
5
4
5
3
3
5
5
5
4
4
5
1
1
3
5
5
5
5
5
1
3
3
5
5
4
4
5
1
3
5
5
5
5
5
1
4
4
5
3
3
1
2
5
3
4
4
5
5
3
5
2
5
3
4
5
3
3
2
2
2
1
5
4
3
3
1
1
Power consumption
FP10｜FP20FP01｜FP02Permanent magnet Permanent magnet
Small Vibration
Series
FP Series
F Series
FH Series
FL Series
FV Series
FC Series
FT Series
FM Series
FB Series
FS Series
→Page 22
→Page 14
→Page 6
→Page 8
→Page 10
→Page 11
→Page 13
→Page 12
→Page 16
→Page 17
→Page 18
F Series Standard

mm
mm
Hz
kg
mm
Model
Working Area
Table Size
Maximum Frequency
Mass
Screw Size
Screw Pitch
Compatible Model
P.C.D
Part Number
mm
mm
Hz
kg
mm
Model
Working Area
Table Size
Maximum Frequency
Mass
Screw Size
Screw Pitch
Compatible Model
P.C.D
Part Number
Specification
600W×75H
×600D
600
500
30.5
100
B3-J・4870
VT-060-16-N-A
36-M10, DP:15
916/P10/S-085
100-200
600W×175H
×600D
600
1000
58.0
100
B3-J・4873
600W×75H
×600D
600
500
31.0
100
B3-J・4871
VT-060-26-N-A
32-M10, DP:15
926
80-160-240
600W×175H
×600D
600
1000
58.5
100
B3-J・4874
600W×75H
×600D
600
500
31.5
100
B3-J・4872
VT-060-36-N-A
36-M10, DP:15
936
100-200-300
600W×175H
×600D
600
1000
59.0
100
B3-J・4875
800W×75H
×800D
800
200
48.5
100
B3-J・4876
VT-080-16-N-A
64-M10, DP:15
916/P10/S-085
100-200
800W×175H
×800D
800
500
81.0
100
B3-J・4879
800W×75H
×800D
800
200
49.0
100
B3-J・4877
VT-080-26-N-A
60-M10, DP:15
926
80-160-240
800W×175H
×800D
800
500
81.5
100
B3-J・4880
800W×75H
×800D
800
200
49.5
100
B3-J・4878
VT-080-36-N-A
64-M10, DP:15
936
100-200-300
800W×175H
×800D
800
500
82.0
100
B3-J・4881
VT-120-36-N-A
1200W×150H
×1200D
1200
200
127.0
144-M10, DP:15
100
936
100-200-300
B3-J・4887
VT-120-26-N-A
1200W×150H
×1200D
1200
200
126.5
140-M10, DP:15
100
926
80-160-240
B3-J・4886
VT-120-16-N-A
1200W×150H
×1200D
1200
200
126.0
144-M10, DP:15
100
916/P10/S-085
100-200
B3-J・4885
VT-100-36-N-A
1000W×125H
×1000D
1000
200
92.0
100-M10, DP:15
100
936
100-200-300
B3-J・4884
VT-100-26-N-A
1000W×125H
×1000D
1000
200
91.5
96-M10, DP:15
100
926
80-160-240
B3-J・4883
VT-100-16-N-A
1000W×125H
×1000D
1000
200
90.0
100-M10, DP:15
100
916/P10/S-085
100-200
B3-J・4882
Specification
Model
Cube Size
Maximum Frequency
Mass
Screw Size
Compatible Model
P.C.D
Part Number
ｍｍ
Hz
kg
The JSA series cubic style fixture is used for performing
vibration test of relatively small and light specimen such
as various sensors, electrical components including
electronic parts, a printed circuit board. In addition, we
design and produce fixtures that meets the requirements
for strength, stiffness, resonance frequency by taking the
mass of a test article and frequency range of the vibration
testing system into consideration.
※ Parts mounting plate for X, Y and Z axes of test allows for tailoring of its feature to fit to your specimen.
※ Cube mass does not include specimen mounting board.
※ Fixture is made of Aluminum. Magnesium alloy fixture is also available.
※ Fixture is made of Aluminum. Magnesium alloy fixture is also available.
2000
6
M5, DP:10
916/P10/S-085
100
B3-J・5100
2000
6
M5, DP:10
936
100
B3-J・5102
JSA-150
150W×150H×150D
2000
6
M5, DP:10
926
80-160
B3-J・5101
2000
11
M6, DP:12
916/P10/S-085
100-200
B3-J・5103
2000
11
M6, DP:12
936
100-200
B3-J・5105
JSA-200
200W×200H×200D
2000
15
M6, DP:12
926
80-160
B3-J・5104
1000
31
M10, DP:20
916/P10/S-085
100-200
B3-J・5106
1000
30
M10, DP:20
936
100-200-300
B3-J・5108
JSA-300
300W×300H×300D
1000
31
M10, DP:20
926
80-160-240
B3-J・5107
Electro Mechanical Instrument & C omponents
emic_p28_29
2928
Horizontal Testing Solution Vertical Auxiliary Table
Option Option
The slip table system is the most familiar option to perform horizontal testing of a bulky unit or an article, which the mounted
configuration cannot be changed. It has many uses for various tests such as: transportation test of electrical appliances,
computers and office equipment, durability test of railway rolling stocks, signaling equipment and automobile parts, and
environmental test of aeronautical equipment.
The general purpose ST series slip table system incorporates oil film slip table technology of circulating oil between a sliding
slab and a slip table, which applies to most commonly applied operated range.
The oil circulating linear bearing strongly restrains and supports a specimen against eccentric moment. Therefore, a high
center of gravity and off-center loads can be excited safely. The ST series slip table system is the most practical because of
its high restraint while maintaining high accuracy.
The vertical auxiliary table is the fixture most commonly used
in various vibration tests to expand a mounting surface of the
vibration generator for performing the transportation
package test such as food, drink, chemical including a large
product such as home electric appliance, OA apparatus.
Specifications in this fixture are important, but there is close
relationship among table area, upper limit of frequency, and
mass. In consideration of convenience and versatility, the
vertical auxiliary table has various table sizes, threaded hole
pattern for attaching a specimen and L-type hook (option)
available.
Specification
Model
Working Area
Screw Size
Screw Hole Pattern
Operating Frequency
Maximum Payload
Table & Joint Mass
Matched Shaker
ST-050-06
500×500
25-M10
100
2000
500
28
906
ST-050-16
500×500
25-M10
100
2000
500
32
916
ST-050-26
500×500
25-M10
100
2000
500
34
926
ST-050-36
500×500
25-M10
100
2000
500
44
936
mm
mm
Hz
kg
kg
ST-060-06
600×600
36-M10
100
2000
500
35
906
ST-060-16
600×600
36-M10
100
2000
500
40
916
ST-060-26
600×600
36-M10
100
2000
500
41
926
ST-060-36
600×600
36-M10
100
2000
500
52
936
Model
Working Area
Screw Size
Screw Hole Pattern
Operating Frequency
Maximum Payload
Table & Joint Mass
Matched Shaker
ST-080-36
800×800
64-M10
100
1700
600
80
936
Model Working Area Screw Size Screw Hole Pattern
Operating Frequency
Maximum Payload
Table & Joint Mass
Matched Shaker
ST-070-06
700×700
49-M10
100
1800
600
46
906
ST-070-16
700×700
49-M10
100
1800
600
51
916
ST-070-26
700×700
49-M10
100
1800
600
52
926
ST-070-36
700×700
49-M10
100
1800
600
65
936
ST-080-06
800×800
64-M10
100
1700
600
59
906
ST-080-16
800×800
64-M10
100
1700
600
61
916
ST-080-26
800×800
64-M10
100
1700
600
65
926
ST-100-06
1000×1000
100-M10
200
1500 1000
100 906
ST-100-16
1000×1000
100-M10
200
1500 1000
105 916
ST-100-26
1000×1000
100-M10
200
1500 1000
106 926
ST-100-36
1000×1000
100-M10
200
1500 1000
110 936
ST-120-16
1200×1200
144-M10
200
1200 2000
147 916
ST-120-26
1200×1200
144-M10
200
1200 2000
148 926
ST-120-36
1200×1200
144-M10
200
1200 2000
152 936
mm
mm
Hz
kg
kg
mm
mm
Hz
kg
kg
Cubic Style Fixture
Option

mm
mm
Hz
kg
mm
Model
Working Area
Table Size
Maximum Frequency
Mass
Screw Size
Screw Pitch
Compatible Model
P.C.D
Part Number
mm
mm
Hz
kg
mm
Model
Working Area
Table Size
Maximum Frequency
Mass
Screw Size
Screw Pitch
Compatible Model
P.C.D
Part Number
Specification
600W×75H
×600D
600 500
30.5
100
B3-J・4870
VT-060-16-N-A
36-M10, DP:15
916/P10/S-085
100-200
600W×175H
×600D
600
1000
58.0
100
B3-J・4873
600W×75H
×600D
600 500
31.0
100
B3-J・4871
VT-060-26-N-A
32-M10, DP:15
926
80-160-240
600W×175H
×600D
600
1000
58.5
100
B3-J・4874
600W×75H
×600D
600 500
31.5
100
B3-J・4872
VT-060-36-N-A
36-M10, DP:15
936
100-200-300
600W×175H
×600D
600
1000
59.0
100
B3-J・4875
800W×75H
×800D
800 200
48.5
100
B3-J・4876
VT-080-16-N-A
64-M10, DP:15
916/P10/S-085
100-200
800W×175H
×800D
800 500
81.0
100
B3-J・4879
800W×75H
×800D
800 200
49.0
100
B3-J・4877
VT-080-26-N-A
60-M10, DP:15
926
80-160-240
800W×175H
×800D
800 500
81.5
100
B3-J・4880
800W×75H
×800D
800 200
49.5
100
B3-J・4878
VT-080-36-N-A
64-M10, DP:15
936
100-200-300
800W×175H
×800D
800 500
82.0
100
B3-J・4881
VT-120-36-N-A
1200W×150H
×1200D
1200
200
127.0
144-M10, DP:15
100 936
100-200-300
B3-J・4887
VT-120-26-N-A
1200W×150H
×1200D
1200
200
126.5
140-M10, DP:15
100 926
80-160-240
B3-J・4886
VT-120-16-N-A
1200W×150H
×1200D
1200
200
126.0
144-M10, DP:15
100
916/P10/S-085
100-200
B3-J・4885
VT-100-36-N-A
1000W×125H
×1000D
1000
200
92.0
100-M10, DP:15
100 936
100-200-300
B3-J・4884
VT-100-26-N-A
1000W×125H
×1000D
1000
200
91.5
96-M10, DP:15
100 926
80-160-240
B3-J・4883
VT-100-16-N-A
1000W×125H
×1000D
1000
200
90.0
100-M10, DP:15
100
916/P10/S-085
100-200
B3-J・4882
Specification
Model Cube Size
Maximum Frequency
Mass Screw Size
Compatible Model
P.C.D Part Number
ｍｍ
Hz
kg
The JSA series cubic style fixture is used for performing
vibration test of relatively small and light specimen such
as various sensors, electrical components including
electronic parts, a printed circuit board. In addition, we
design and produce fixtures that meets the requirements
for strength, stiffness, resonance frequency by taking the
mass of a test article and frequency range of the vibration
testing system into consideration.
※ Parts mounting plate for X, Y and Z axes of test allows for tailoring of its feature to fit to your specimen.
※ Cube mass does not include specimen mounting board.
※ Fixture is made of Aluminum. Magnesium alloy fixture is also available.
※ Fixture is made of Aluminum. Magnesium alloy fixture is also available.
2000
6
M5, DP:10
916/P10/S-085
100
B3-J・5100
2000
6
M5, DP:10
936
100
B3-J・5102
JSA-150
150W×150H×150D
2000
6
M5, DP:10
926
80-160
B3-J・5101
2000
11
M6, DP:12
916/P10/S-085
100-200
B3-J・5103
2000
11
M6, DP:12
936
100-200
B3-J・5105
JSA-200
200W×200H×200D
2000
15
M6, DP:12
926
80-160
B3-J・5104
1000
31
M10, DP:20
916/P10/S-085
100-200
B3-J・5106
1000
30
M10, DP:20
936
100-200-300
B3-J・5108
JSA-300
300W×300H×300D
1000
31
M10, DP:20
926
80-160-240
B3-J・5107
Electro Mechanical Instrument & C omponents
emic_p28_29
2928
Horizontal Testing Solution Vertical Auxiliary Table
Option Option
The slip table system is the most familiar option to perform horizontal testing of a bulky unit or an article, which the mounted
configuration cannot be changed. It has many uses for various tests such as: transportation test of electrical appliances,
computers and office equipment, durability test of railway rolling stocks, signaling equipment and automobile parts, and
environmental test of aeronautical equipment.
The general purpose ST series slip table system incorporates oil film slip table technology of circulating oil between a sliding
slab and a slip table, which applies to most commonly applied operated range.
The oil circulating linear bearing strongly restrains and supports a specimen against eccentric moment. Therefore, a high
center of gravity and off-center loads can be excited safely. The ST series slip table system is the most practical because of
its high restraint while maintaining high accuracy.
The vertical auxiliary table is the fixture most commonly used
in various vibration tests to expand a mounting surface of the
vibration generator for performing the transportation
package test such as food, drink, chemical including a large
product such as home electric appliance, OA apparatus.
Specifications in this fixture are important, but there is close
relationship among table area, upper limit of frequency, and
mass. In consideration of convenience and versatility, the
vertical auxiliary table has various table sizes, threaded hole
pattern for attaching a specimen and L-type hook (option)
available.
Specification
Model
Working Area
Screw Size
Screw Hole Pattern
Operating Frequency
Maximum Payload
Table & Joint Mass
Matched Shaker
ST-050-06
500×500
25-M10
100
2000
500
28
906
ST-050-16
500×500
25-M10
100
2000
500
32
916
ST-050-26
500×500
25-M10
100
2000
500
34
926
ST-050-36
500×500
25-M10
100
2000
500
44
936
mm
mm
Hz
kg
kg
ST-060-06
600×600
36-M10
100
2000
500
35
906
ST-060-16
600×600
36-M10
100
2000
500
40
916
ST-060-26
600×600
36-M10
100
2000
500
41
926
ST-060-36
600×600
36-M10
100
2000
500
52
936
Model
Working Area
Screw Size
Screw Hole Pattern
Operating Frequency
Maximum Payload
Table & Joint Mass
Matched Shaker
ST-080-36
800×800
64-M10
100
1700
600
80
936
Model
Working Area
Screw Size
Screw Hole Pattern
Operating Frequency
Maximum Payload
Table & Joint Mass
Matched Shaker
ST-070-06
700×700
49-M10
100
1800
600
46
906
ST-070-16
700×700
49-M10
100
1800
600
51
916
ST-070-26
700×700
49-M10
100
1800
600
52
926
ST-070-36
700×700
49-M10
100
1800
600
65
936
ST-080-06
800×800
64-M10
100
1700
600
59
906
ST-080-16
800×800
64-M10
100
1700
600
61
916
ST-080-26
800×800
64-M10
100
1700
600
65
926
ST-100-06
1000×1000
100-M10
200
1500
1000
100
906
ST-100-16
1000×1000
100-M10
200
1500
1000
105
916
ST-100-26
1000×1000
100-M10
200
1500
1000
106
926
ST-100-36
1000×1000
100-M10
200
1500
1000
110
936
ST-120-16
1200×1200
144-M10
200
1200
2000
147
916
ST-120-26
1200×1200
144-M10
200
1200
2000
148
926
ST-120-36
1200×1200
144-M10
200
1200
2000
152
936
mm
mm
Hz
kg
kg
mm
mm
Hz
kg
kg
Cubic Style Fixture
Option

Electro Mechanical Instrument & C omponents
emic_p30_31
3130
Add-on Mechanism for Vibration Generator
Option
Reinforcing Mechanism against Offset Load
This mechanism enables to
mount the load whose
center of gravity is not
correctly on the centerline
of the armature table. The
guide mechanism added to
the vibration generator can
respond to vibrations
causing a large eccentric
moment. Addition of pneumatic
spring to the reinforcing
mechanism against offset
load makes it possible to
increase the payload mass
capability of the vibration
generator.
The counter mass is
necessary for exciting
large and heavy test
specimen by suppressing
shaking of the vibration
generator body. This mechanism is cove-
nient for moving a vibra-
tion generator placed on
the rails.
This mechanism rotates
the vibration generator
body to easily change the
thrust axis.
This mechanism is used for
moving the vertical auxilia-
ry table up and down for
easy attachment and
removal. The work for this
operation can be reduced
and utilized a narrow
working space effectively.
This duct eliminates the
handling of a blower hose
in changing the thrust axis
of the vibration generator.
Installing and removing of
the vertical auxiliary table
can be performed by
putting it on the move-
ment base. The work for
this operation can be
reduced.
Load Support Enhancement Mechanism
Electrical Towing Mechanism
Add-on Mechanism for Slip Table System
Option
Others
Option
Electric Rollover Mechanism Duct switching for Thrust Axis
It is possible to fit our product in the CE marking process specified in Europe (EU).
CE Marking
Table Liftup Mechanism Fixture Transfer Mechanism
Counter Mass
We are manufacturing new convenient option so
that we can proceed with vibration test smartly.
New Addition Option
A mechanism for fixing the vibration generator
automatically when changing the thrust axis
between vertical and horizontal.
It automatically changes the thrust axis and fixes
the vibration generator with one button (In case of
using an electric rotating mechanism together).
In case of installing a temperature chamber, it is
possible to drastically reduce the burden of narrow
space work and manual work.
Stand Automatic Lock Mechanism
A mechanism for raising and lowering the floor
plug of the chamber, making it easy to change the
vibration direction and install the chamber.
There is no burden on the operator who retreats
the large floor plug, and since the refuge space
becomes unnecessary, the installation operation
space becomes small.
Chamber Floor Plug Lifting Device
Vibration Generator
Slip Table for Horizontal Excitation
Floor Plug for Chamber
Temperature (Humidity) Chamber

Electro Mechanical Instrument & C omponents
emic_p30_31
3130
Add-on Mechanism for Vibration Generator
Option
Reinforcing Mechanism against Offset Load
This mechanism enables to
mount the load whose
center of gravity is not
correctly on the centerline
of the armature table. The
guide mechanism added to
the vibration generator can
respond to vibrations
causing a large eccentric
moment. Addition of pneumatic
spring to the reinforcing
mechanism against offset
load makes it possible to
increase the payload mass
capability of the vibration
generator.
The counter mass is
necessary for exciting
large and heavy test
specimen by suppressing
shaking of the vibration
generator body. This mechanism is cove-
nient for moving a vibra-
tion generator placed on
the rails.
This mechanism rotates
the vibration generator
body to easily change the
thrust axis.
This mechanism is used for
moving the vertical auxilia-
ry table up and down for
easy attachment and
removal. The work for this
operation can be reduced
and utilized a narrow
working space effectively.
This duct eliminates the
handling of a blower hose
in changing the thrust axis
of the vibration generator.
Installing and removing of
the vertical auxiliary table
can be performed by
putting it on the move-
ment base. The work for
this operation can be
reduced.
Load Support Enhancement Mechanism
Electrical Towing Mechanism
Add-on Mechanism for Slip Table System
Option
Others
Option
Electric Rollover MechanismDuct switching for Thrust Axis
It is possible to fit our product in the CE marking process specified in Europe (EU).
CE Marking
Table Liftup MechanismFixture Transfer Mechanism
Counter Mass
We are manufacturing new convenient option so
that we can proceed with vibration test smartly.
New Addition Option
A mechanism for fixing the vibration generator
automatically when changing the thrust axis
between vertical and horizontal.
It automatically changes the thrust axis and fixes
the vibration generator with one button (In case of
using an electric rotating mechanism together).
In case of installing a temperature chamber, it is
possible to drastically reduce the burden of narrow
space work and manual work.
Stand Automatic Lock Mechanism
A mechanism for raising and lowering the floor plug of the chamber, making it easy to change the vibration direction and install the chamber. There is no burden on the operator who retreats the large floor plug, and since the refuge space becomes unnecessary, the installation operation space becomes small.
Chamber Floor Plug Lifting Device
Vibration Generator
Slip Table for Horizontal Excitation
Floor Plug for Chamber
Temperature (Humidity) Chamber

Electro Mechanical Instrument & C omponents
emic_p32_33
3332
Vib-Tech Chamber
®
A combined environmental reliability test system is designed for performing vibration test under specified
temperature and humidity conditions. The combined reliability tests have been performed to evaluate
reliability of equipment from early days in the field of aerospace industry. But in recent years, electronic
devices such as semiconductors, etc. are rapidly advanced in technology and a lot of complex materials
made of plastic are used in the automobile industry. And the combined reliability test today becomes indis-
pensable to assure product reliability.
Until now, temperature, humidity, vibration, these three tests have been done independently. But, EMIC's
combined environmental reliability test system enables to perform them simultaneously, therefore, the
required test time can be reduced drastically, and the reliability of a test unit can be checked under more
severe combined environmental condition than conventional test methods.
VC Series General Purpose Vib-Tech Chamber
®
VC-062
VC-082
VC-102
A
B
D
A
W
F
M
X
Y
Z
(01)(02)(03)
(21)(22)(23)
(31)(32)(33)
(41)(42)(43)
(51)(52)(53)
M1
P1
P3
R
L
T
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600W×700H×600D
800W×800H×800D
1000W×1000H×1000D
Oven
Temperature Chamber
Temperature Humidity Chamber
Air-cooled
Water-cooled
Not applicable
Fixed to Floor Type
Moving on Rail Type
Drawer Type
Detachable Diaphragm Floor Plug Type
Through Hole Type
01 (RT+10℃ to 100℃)
21 (-25℃ to 100℃)
31 (-40℃ to 100℃)
41 (-55℃ to 100℃)
51 (-70℃ to 100℃)
Manually Operated Digital Controller
Program Controller (Ten Keys Type)
Program Controller (Touch Screen Type)
180mm　2 dot printing　25mm/H
100mm　2 dot printing　20mm/H
CompactFlash Memory Card
02 (RT+10℃ to 150℃)
22 (-25℃ to 150℃)
32 (-40℃ to 150℃)
42 (-55℃ to 150℃)
52 (-70℃ to 150℃)
03 (RT+10℃ to 180℃)※
23 (-25℃ to 180℃)※
33 (-40℃ to 180℃)※
43 (-55℃ to 180℃)※
53 (-70℃ to 180℃)※
mm
mm
mm
Volume [252ℓ]
Volume [512ℓ]
Volume [1000ℓ]
Vib-Tech Chamber
®
is a trademark of EMIC CORPORATION.
This mechanism is used for combining a chamber
with the vibration testing system to which a slip
table is attached. The chamber can be easily
joined with the vibration generator and slip table
through a special interface using a lift mechanism
to move the chamber up and down
and the rails to move it horizontally.
In addition, they can be used inde-
pendently from each other by sepa-
rating the vibration testing system
from the chamber.
The cantilever type temperature/humidity cham-
ber has no frame around its test room to make
the setup of a test article easier, therefore, the
operating efficiency can be greatly improved. The
test room can be moved with the test article
mounted on the vibration generator.
Cantilever Type Chamber
※Crane is an option.※Crane is an option.
Vibration-Temperature (Humidity) Combined Environmental
Reliability Test System
Vib_Tech Chamber
®
Specification
Selection Item
Base Model
Category
Refrigerator
Condensation
Moving Mechanism
Combination with Shaker
Temperature Range
Programmer/Controller
Recorder
Code Specification
Chamber Transfer Mecha-
nism for switching Vibration
Axis between Horizontal and
Vertical Direction (Optional)
※ Upper limit of 200℃: Option
※The vibration controller is mounted in the console rack. (Optional)

Electro Mechanical Instrument & C omponents
emic_p34_35
3534
HALT/HASS
HALT/HASS testing challenges the design, components, sub-assemblies and final assemblies of today's manu-
factured products. Stresses are applied through a number of conditions to set operational limits and ultimately
precipitate failure in the HALT/HASS test environment. Rapid thermal change rate is one of the classic condi-
tions that facilitate product stress.
● Six-degree-of-freedom (6DoF), pseudo-random vibration　
● Temperature range: －100 to ＋200 ℃
● Temperature transitin rate: 60 ℃ per minute (average)
EVTC Series
Highly Accelerated Life Test System
HALT/HASS
EVTC Series Highly Accelerated Life Test System
Vib-Tech Chamber
®
Vibration-Temperature (Humidity) Combined Environmental
Reliability Test System
※The above temperature change rate is achieved under the condition of room temperature + 26℃, power supply frequency 60 Hz, regulated coolant temperature and specified flow rate. When the
power supply frequency is 50 Hz, the temperature change rate is different from the above value, so please contact us.
It is the average temperature change rate at outlet without a test specimen over the temperature range from +85℃ to －40℃.
The EHVC Series Rapid Vib-Tech Chamber® is designed for highly accelerated life testing, the demand of which
from customers is increasing today. This is a joint system of the AGREE chamber and thermal shock chamber
that we have manufactured and makes the temperature rate up to 16.8℃/min feasible with a compressor only.
With this feature, the highly accelerated life test such as AGREE tests, most thermal shock tests can be done
with one unit. Also the area requirement for installing the unit is about a half of space compared with the
thermal shock test chamber composed of three compartments made by us until now.
EHVC Series Rapid Vib-Tech Chamber
®
Specification
EHVC-1118BWFY(53H13)
1118W×914H×1118D mm
1981W×2440H×2845D mm
-73 to +180℃
13℃/min
20℃/min
13℃/min
20℃/min
60℃/min
－
LN2
EHVC-1372BWFY(53H18)
1372W×1016H×1372D mm
1980W×2540H×2972D mm
-73 to +180℃
18℃/min
25℃/min
18℃/min
25℃/min
60℃/min
－
LN2
EHVC-1118DWFY(53H11)
1118W×914H×1118D mm
1981W×2440H×2845D mm
-73 to +180℃
10℃/min
18℃/min
11℃/min
18℃/min
60℃/min
10 to 98%RH
LN2
EHVC-1372DWFY(53H15)
1372W×1219H×1372D mm
1980W×2795H×3300D mm
-73 to +180℃
15℃/min
18℃/min
15℃/min
18℃/min
60℃/min
10 to 98%RH
LN2
Model
Interior Dimensions
Dimensions
Temperature Range
Temperature Rise Rate
Temperature Decrease Rate
Temperature Decrease w/ LN2
Humidity Range
Option
Vib-Tech Chamber
®
is a trademark of EMIC CORPORATION.
※ As for the detailed utilities (LN2, compressed air, ventilation, exhaust), please contact us.
Specification
EVTC-4 EVTC-6 EVTC-9 EVTC-16 EVTC-25 EVTC-36
762W×914H×762D mm 914W×914H×914D mm
1067W×965H×1067D mm 1372W×965H×1372D mm 1676W×965H×1676D mm 1930W×965H×1930D mm
1067W×1270H×1067D mm 1372W×1270H×1372D mm 1676W×1270H×1676D mm 1930W×1270H×1930D mm
610 mm×610 mm 762 mm×762 mm 914 mm×914 mm 1220 mm×1220 mm 1524 mm×1524 mm 1778 mm×1778 mm
-100 to +200℃ -100 to +200℃ -100 to +200℃ -100 to +200℃ -100 to +200℃ -100 to +200℃
60 ℃/min(average) 60 ℃/min(average) 60 ℃/min(average) 60 ℃/min(average) 60 ℃/min(average) 60 ℃/min(average)
588 m/s
2
(59.9G) 588 m/s
2
(59.9G) 588 m/s
2
(59.9G) 588 m/s
2
(59.9G) 588 m/s
2
(59.9G) 588 m/s
2
(59.9G)
Pseudo-random Pseudo-random Pseudo-random Pseudo-random Pseudo-random Pseudo-random
10 to 10 kHz 10 to 10 kHz 10 to 10 kHz 10 to 10 kHz 10 to 10 kHz 10 to 10 kHz
315 kg 315 kg 315 kg 225 kg 225 kg 225 kg
φ152 mm×2 φ152 mm×2 φ152 mm×3 φ152 mm×3 φ152 mm×3 φ152 mm×3

φ25.4 mm×1 φ25.4 mm×1 φ25.4 mm×1 φ25.4 mm×1 φ25.4 mm×1 φ25.4 mm×1
2 2 2(Front & Rear) 2(Front & Rear) 2(Front & Rear) 2(Front & Rear)
2 2 4 4 4 4
1524W×2413H×1118D mm 1676W×2438H×1245D mm 1829W×2712H×1397D mm 2134W×2712H×1702D mm 2438W×2717H×2007D mm 2692W×2717H×2260D mm
855 kg 1125 kg 1800 kg 2250 kg 2700 kg 3150 kg
3φAC 415V 70A 3φAC 415V 70A 3φAC 415V 145A 3φAC 415V 145A 3φAC 415V 202A 3φAC 415V 214A
Model
Interior
Dimensions
Table Dimensions
Temperature Range
Transition Rate
Maximum
Acceleration
Frequency Range
Maximum Payload
Accsess Ports
Door
Viewing Window
Exterior Demensions
Uncrated Weight
Input Power
※The vibration controller is mounted
in the console rack. (Optional)

Electro Mechanical Instrument & C omponents
emic_p34_35
3534
HALT/HASS
HALT/HASS testing challenges the design, components, sub-assemblies and final assemblies of today's manu-
factured products. Stresses are applied through a number of conditions to set operational limits and ultimately
precipitate failure in the HALT/HASS test environment. Rapid thermal change rate is one of the classic condi-
tions that facilitate product stress.
● Six-degree-of-freedom (6DoF), pseudo-random vibration　
● Temperature range: －100 to ＋200 ℃
● Temperature transitin rate: 60 ℃ per minute (average)
EVTC Series
Highly Accelerated Life Test System
HALT/HASS
EVTC Series Highly Accelerated Life Test System
Vib-Tech Chamber
®
Vibration-Temperature (Humidity) Combined Environmental Reliability Test System
※The above temperature change rate is achieved under the condition of room temperature + 26℃, power supply frequency 60 Hz, regulated coolant temperature and specified flow rate. When the
power supply frequency is 50 Hz, the temperature change rate is different from the above value, so please contact us.
It is the average temperature change rate at outlet without a test specimen over the temperature range from +85℃ to －40℃.
The EHVC Series Rapid Vib-Tech Chamber® is designed for highly accelerated life testing, the demand of which
from customers is increasing today. This is a joint system of the AGREE chamber and thermal shock chamber
that we have manufactured and makes the temperature rate up to 16.8℃/min feasible with a compressor only.
With this feature, the highly accelerated life test such as AGREE tests, most thermal shock tests can be done
with one unit. Also the area requirement for installing the unit is about a half of space compared with the
thermal shock test chamber composed of three compartments made by us until now.
EHVC Series Rapid Vib-Tech Chamber
®
Specification
EHVC-1118BWFY(53H13)
1118W×914H×1118D mm
1981W×2440H×2845D mm
-73 to +180℃
13℃/min
20℃/min
13℃/min
20℃/min
60℃/min
－
LN2
EHVC-1372BWFY(53H18)
1372W×1016H×1372D mm
1980W×2540H×2972D mm
-73 to +180℃
18℃/min
25℃/min
18℃/min
25℃/min
60℃/min
－
LN2
EHVC-1118DWFY(53H11)
1118W×914H×1118D mm
1981W×2440H×2845D mm
-73 to +180℃
10℃/min
18℃/min
11℃/min
18℃/min
60℃/min
10 to 98%RH
LN2
EHVC-1372DWFY(53H15)
1372W×1219H×1372D mm
1980W×2795H×3300D mm
-73 to +180℃
15℃/min
18℃/min
15℃/min
18℃/min
60℃/min
10 to 98%RH
LN2
Model
Interior Dimensions
Dimensions
Temperature Range
Temperature Rise Rate
Temperature Decrease Rate
Temperature Decrease w/ LN2
Humidity Range
Option
Vib-Tech Chamber
®
is a trademark of EMIC CORPORATION.
※ As for the detailed utilities (LN2, compressed air, ventilation, exhaust), please contact us.
Specification
EVTC-4 EVTC-6 EVTC-9 EVTC-16 EVTC-25 EVTC-36
762W×914H×762D mm 914W×914H×914D mm
1067W×965H×1067D mm 1372W×965H×1372D mm 1676W×965H×1676D mm 1930W×965H×1930D mm
1067W×1270H×1067D mm 1372W×1270H×1372D mm 1676W×1270H×1676D mm 1930W×1270H×1930D mm
610 mm×610 mm 762 mm×762 mm 914 mm×914 mm 1220 mm×1220 mm 1524 mm×1524 mm 1778 mm×1778 mm
-100 to +200℃ -100 to +200℃ -100 to +200℃ -100 to +200℃ -100 to +200℃ -100 to +200℃
60 ℃/min(average) 60 ℃/min(average) 60 ℃/min(average) 60 ℃/min(average) 60 ℃/min(average) 60 ℃/min(average)
588 m/s
2
(59.9G) 588 m/s
2
(59.9G) 588 m/s
2
(59.9G) 588 m/s
2
(59.9G) 588 m/s
2
(59.9G) 588 m/s
2
(59.9G)
Pseudo-random Pseudo-random Pseudo-random Pseudo-random Pseudo-random Pseudo-random
10 to 10 kHz 10 to 10 kHz 10 to 10 kHz 10 to 10 kHz 10 to 10 kHz 10 to 10 kHz
315 kg 315 kg 315 kg 225 kg 225 kg 225 kg
φ152 mm×2 φ152 mm×2 φ152 mm×3 φ152 mm×3 φ152 mm×3 φ152 mm×3

φ25.4 mm×1 φ25.4 mm×1 φ25.4 mm×1 φ25.4 mm×1 φ25.4 mm×1 φ25.4 mm×1
2 2 2(Front & Rear) 2(Front & Rear) 2(Front & Rear) 2(Front & Rear)
2 2 4 4 4 4
1524W×2413H×1118D mm 1676W×2438H×1245D mm 1829W×2712H×1397D mm 2134W×2712H×1702D mm 2438W×2717H×2007D mm 2692W×2717H×2260D mm
855 kg 1125 kg 1800 kg 2250 kg 2700 kg 3150 kg
3φAC 415V 70A 3φAC 415V 70A 3φAC 415V 145A 3φAC 415V 145A 3φAC 415V 202A 3φAC 415V 214A
Model
Interior
Dimensions
Table Dimensions
Temperature Range
Transition Rate
Maximum
Acceleration
Frequency Range
Maximum Payload
Accsess Ports
Door
Viewing Window
Exterior Demensions
Uncrated Weight
Input Power
※The vibration controller is mounted
in the console rack. (Optional)

Electro Mechanical I nstrument & C omponents
emic_p36_37
3736
Application Product
Combined Environmental Reliability Test (CERT)
system is to test equipments for aircraft according
to the MIL-STD-781C standard.
Vibration - Temperature/Humidity Combined Environ-
mental Reliability Test System which forcefully
rotates an actually configured specimen such as:
water pump, dynamo, alternator, etc. for a car. Combined Environmental Reliability Test System for
testing a pressure-proof hose or radiator hose for a car. It
tests the durability of a pressure-proof hose in its actual
configuration under heating and circulating antifreeze or
oil while pressurizing statistically or dynamically with a
controlled temperature and vibration stress.
Agree Type
Combined Environmental
Reliability Test System Heat Durability of Material
Surface with Infrared Ray
Irradiation/ vibration Cert System
CERT with Hose Pressure TestingCERT with Rotation Added
● Rapid heating and cooling performance
from 5℃/min to 10℃/min
● Temperature range: －55℃ to ＋177℃
Combined Environmental Reliability Test System for
exhaust catalyst (catalyzer) of a car. The hot air of 1000℃
generated with gas burner and the open air are supplied
alternatively into the specimen on a shaker armature table.
In addition, the water is also sprayed on the assumption
that there would be a water pool and rain.
CERT for Exhaust Catalyst
● Hot air temperature : RT to 1000℃
● Available gas : City gas, LP gas
Combined Environmental Reliability Test System for calibra-
tion and characteristic measurement at low frequency, it can
be applied to test a low frequency acceleration sensor, riding
comfort sensor, sensitive instrument to earthquake, heater
safety device against earthquake.
Low Frequency and
Acceleration CERT
● Frequency range : 0.1 to 100Hz
● Max. displacement : 300mm p-p
● Exciting force : 49N
● Temperature range : －50℃ to ＋100℃
Vacuum CERT simulates the vibration generated by
launching rocket to test aerospace components such
as bearing, gear, harmonic drive, and valve. Speci-
men characteristics are sequentially evaluated under
temperature/vacuum combined environments.
Vacuum CERT
● Vacuum Chamber Dimensions : φ1000mm×L1000mm
● Attainable pressure : Less than 1×10
－5
Pa
● Temperature range : －150℃ to ＋100℃
● Exciting force : 80,000N（Sine）57,700N rms（Random）
CERT with Rain and Water Spray
● Temperature range：－40℃ to ＋150℃
● Humidity range : 30 to 95％RH
● Rotation : 0 to 12000rpm
● Rotation torque : 0.4N・m
Refrigerator
Humidiﬁer
Sensor
Cooling Coil
Heater
Stirring fan
Flow
meter
Temperature
controller
Recorder
Water supply port
Configuration of
Hose in Workspace
Combined Environmental Reliability Test System for
parts around the wheel of a car and those for
motorcycle. In addition to ordinary temperature
and humidity tests, the water can be also sprayed
on the assumption that there would be a pool and
● Water Splashing :
Maximum 50ℓ/min
● Water Splashing Port :
Spray nozzle
● emperature range
to －40℃ to ＋150℃
CERT with Infrared Ray Irradiation for testing Heat Durability
of Material Surface Combined Environmental Reliability Test
System for testing inner packaging material such as instru-
mentation panel, cut-out body, door and bumper. In
addition to a customary vibration-temperature combined
environmental stress, the surface of a specimen can be
simultaneously subjected to heat stress due to sunlight.
● Temperature range : －45℃ to ＋150℃
● Humidity range : 30 to 90％RH
● Surface Temperature range : ＋50℃ to ＋150℃
Details of Rotating
Feature
● Ambient temperature : －40℃ to ＋150℃
● Hose pressurizing specification :
　　　 Maximum compression : 80kN
　　　
Maximum displacement : ±75mm
　　　 Pressurizing force : 19MPa
　　　
Circulating quantity : Maximum 40ℓ /min

Electro Mechanical I nstrument & C omponents
emic_p36_37
3736
Application Product
Combined Environmental Reliability Test (CERT)
system is to test equipments for aircraft according
to the MIL-STD-781C standard.
Vibration - Temperature/Humidity Combined Environ-
mental Reliability Test System which forcefully
rotates an actually configured specimen such as:
water pump, dynamo, alternator, etc. for a car. Combined Environmental Reliability Test System for
testing a pressure-proof hose or radiator hose for a car. It
tests the durability of a pressure-proof hose in its actual
configuration under heating and circulating antifreeze or
oil while pressurizing statistically or dynamically with a
controlled temperature and vibration stress.
Agree Type
Combined Environmental
Reliability Test System Heat Durability of Material
Surface with Infrared Ray
Irradiation/ vibration Cert System
CERT with Hose Pressure TestingCERT with Rotation Added
● Rapid heating and cooling performance
from 5℃/min to 10℃/min
● Temperature range: －55℃ to ＋177℃
Combined Environmental Reliability Test System for
exhaust catalyst (catalyzer) of a car. The hot air of 1000℃
generated with gas burner and the open air are supplied
alternatively into the specimen on a shaker armature table.
In addition, the water is also sprayed on the assumption
that there would be a water pool and rain.
CERT for Exhaust Catalyst
● Hot air temperature : RT to 1000℃
● Available gas : City gas, LP gas
Combined Environmental Reliability Test System for calibra-
tion and characteristic measurement at low frequency, it can
be applied to test a low frequency acceleration sensor, riding
comfort sensor, sensitive instrument to earthquake, heater
safety device against earthquake.
Low Frequency and
Acceleration CERT
● Frequency range : 0.1 to 100Hz
● Max. displacement : 300mm p-p
● Exciting force : 49N
● Temperature range : －50℃ to ＋100℃
Vacuum CERT simulates the vibration generated by
launching rocket to test aerospace components such
as bearing, gear, harmonic drive, and valve. Speci-
men characteristics are sequentially evaluated under
temperature/vacuum combined environments.
Vacuum CERT
● Vacuum Chamber Dimensions : φ1000mm×L1000mm
● Attainable pressure : Less than 1×10
－5
Pa
● Temperature range : －150℃ to ＋100℃
● Exciting force : 80,000N（Sine）57,700N rms（Random）
CERT with Rain and Water Spray
● Temperature range：－40℃ to ＋150℃
● Humidity range : 30 to 95％RH
● Rotation : 0 to 12000rpm
● Rotation torque : 0.4N・m
Refrigerator
Humidiﬁer
Sensor
Cooling Coil
Heater
Stirring fan
Flow
meter
Temperature
controller
Recorder
Water supply port
Configuration of
Hose in Workspace
Combined Environmental Reliability Test System for
parts around the wheel of a car and those for
motorcycle. In addition to ordinary temperature
and humidity tests, the water can be also sprayed
on the assumption that there would be a pool and
● Water Splashing :
Maximum 50ℓ/min
● Water Splashing Port :
Spray nozzle
● emperature range
to －40℃ to ＋150℃
CERT with Infrared Ray Irradiation for testing Heat Durability of Material Surface Combined Environmental Reliability Test System for testing inner packaging material such as instru-mentation panel, cut-out body, door and bumper. In addition to a customary vibration-temperature combined environmental stress, the surface of a specimen can be simultaneously subjected to heat stress due to sunlight.
● Temperature range : －45℃ to ＋150℃
● Humidity range : 30 to 90％RH
● Surface Temperature range : ＋50℃ to ＋150℃
Details of Rotating
Feature
● Ambient temperature : －40℃ to ＋150℃
● Hose pressurizing specification :
　　　 Maximum compression : 80kN
　　　
Maximum displacement : ±75mm
　　　 Pressurizing force : 19MPa
　　　
Circulating quantity : Maximum 40ℓ /min

Electro Mechanical Instrument & C omponents
emic_p38_39
3938
Application Product
The EM-852 applies rotating shock force to various
storage devices such as: hard disk for a server, magnetic
tape, DVD drive unit, vehicle-mounted equipment that
has a rotor, gyro, sensor.
The EM-983 is a high performance vibration generator
of ultra high frequency and small cross-talk. Designed
for primarily measuring the high frequency characteris-
tic of head suspension for a hard disk.
EMS-225 is designed for testing the characteristic of an
angular velocity and acceleration sensor.
A specimen-mounting table moves back and forth along a
circular arc to generate angular velocity or angular accel-
eration according to a reference profile. It is used for
measuring the frequency characteristic of sensors loaded
on a car and gyro sensor for AV equipment.
It is constructed to be easily combined with an environ-
mental chamber to add temperature or humidity, which is
an important environment for measuring characteristics.
Model : EMS-224
Angular Electrodynamic Shock Test System Model : EMS-225
Dual Angular Electrodynamic Shock Test System
Model : EM-983
Ultra High Frequency Vibration GeneratorModel : EM-852
Rotating Type Shock Test System
The system is designed for analyzing its structure by
exciting the model of a large bridge before the
construction. Its attenuation constant can be measured
by switching it into attenuation mode after excited with
an electrodynamic shaker. The moving element is
supported by the bearings, thus mechanical friction
shall be reduced as much as possible to realize more
accurate test.
Bridge Model
Exciting And Attenuating Test System
● Produced Energy : 60J
● Maximum Acceleration : 100krad/s
2
（ for pulse wodth of 0.5 ms）
● Table Size : φ250mm
● Upper Operating Frequency : 100kHz（f 0：Higher than 60kHz）
● Ceramic armature structure
● Use : Measuring frequency characteristic of head
suspension for hard disk and accelerometer,
and spurious of crystal for cellular phone.
Base for setting thrust axis to horizontal direction (left) and
degaussing device (right) are option for EM-772.
EMS-224 is designed for testing the characteristic of an
overturn angular velocity sensor (angular accelerometer for a
reference acceleration signal) to be installed in a car. It is one
of the various sensors used for cars and recently high perfor-
mance test system for its development has been required.
This shock test system is developed on an electrodynamic
rotating actuator, and its control technology enables to repro-
duce a haversine shock pulse and any angular velocity
waveform as well as a half-sine shock pulse.
The system is designed for measuring and evaluating faint unusual sounds (commonly called“Rattle Noise”) generated from audio equipment such as CD player mounted mainly on a car audio. A sound-proof box for attenuating surrounding noise and vibration test system matching to the usage shall be custom designed.
Rattle Noise Check System
This is the latest system installed in a public inspec- tion agency for the purpose of inspecting and measuring vibrometers and vibration sensors. The system is designed for inspecting them according to the qualification system of the industrial research institute specified in the ISO/IEC directive 25 (ISO/IEC17025). Measuring accuracy is set high and the measuring features are enriched. The measuring accuracy is especially determined by how to force the armature to behave in a particular way. There- fore, the clearance of pneumatic support has been reduced to its limit to realize low distortion and low traverse sensitivity.
Model : VC-101DWFX(31)P2R-070BM/PAZ
Vibration-temperature/humidity
Characteristic Inspection System
Inside View of
Workspace
Stored in soundproof box.
Vertical / Horizontal Vibration Test
Equipment for Rattle Noise Evaluation.

Electro Mechanical Instrument & C omponents
emic_p38_39
3938
Application Product
The EM-852 applies rotating shock force to various
storage devices such as: hard disk for a server, magnetic
tape, DVD drive unit, vehicle-mounted equipment that
has a rotor, gyro, sensor.
The EM-983 is a high performance vibration generator
of ultra high frequency and small cross-talk. Designed
for primarily measuring the high frequency characteris-
tic of head suspension for a hard disk.
EMS-225 is designed for testing the characteristic of an
angular velocity and acceleration sensor.
A specimen-mounting table moves back and forth along a
circular arc to generate angular velocity or angular accel-
eration according to a reference profile. It is used for
measuring the frequency characteristic of sensors loaded
on a car and gyro sensor for AV equipment.
It is constructed to be easily combined with an environ-
mental chamber to add temperature or humidity, which is
an important environment for measuring characteristics.
Model : EMS-224
Angular Electrodynamic Shock Test System Model : EMS-225
Dual Angular Electrodynamic Shock Test System
Model : EM-983
Ultra High Frequency Vibration GeneratorModel : EM-852
Rotating Type Shock Test System
The system is designed for analyzing its structure by
exciting the model of a large bridge before the
construction. Its attenuation constant can be measured
by switching it into attenuation mode after excited with
an electrodynamic shaker. The moving element is
supported by the bearings, thus mechanical friction
shall be reduced as much as possible to realize more
accurate test.
Bridge Model
Exciting And Attenuating Test System
● Produced Energy : 60J
● Maximum Acceleration : 100krad/s
2
（ for pulse wodth of 0.5 ms）
● Table Size : φ250mm
● Upper Operating Frequency : 100kHz（f 0：Higher than 60kHz）
● Ceramic armature structure
● Use : Measuring frequency characteristic of head
suspension for hard disk and accelerometer,
and spurious of crystal for cellular phone.
Base for setting thrust axis to horizontal direction (left) and
degaussing device (right) are option for EM-772.
EMS-224 is designed for testing the characteristic of an
overturn angular velocity sensor (angular accelerometer for a
reference acceleration signal) to be installed in a car. It is one
of the various sensors used for cars and recently high perfor-
mance test system for its development has been required.
This shock test system is developed on an electrodynamic
rotating actuator, and its control technology enables to repro-
duce a haversine shock pulse and any angular velocity
waveform as well as a half-sine shock pulse.
The system is designed for measuring and evaluating
faint unusual sounds (commonly called“Rattle Noise”)
generated from audio equipment such as CD player
mounted mainly on a car audio. A sound-proof box for
attenuating surrounding noise and vibration test system
matching to the usage shall be custom designed.
Rattle Noise Check System
This is the latest system installed in a public inspec-
tion agency for the purpose of inspecting and
measuring vibrometers and vibration sensors. The
system is designed for inspecting them according to
the qualification system of the industrial research
institute specified in the ISO/IEC directive 25
(ISO/IEC17025). Measuring accuracy is set high and
the measuring features are enriched. The measuring
accuracy is especially determined by how to force
the armature to behave in a particular way. There-
fore, the clearance of pneumatic support has been
reduced to its limit to realize low distortion and low
traverse sensitivity.
Model : VC-101DWFX(31)P2R-070BM/PAZ
Vibration-temperature/humidity
Characteristic Inspection System
Inside View of
Workspace
Stored in soundproof box.
Vertical / Horizontal Vibration Test
Equipment for Rattle Noise Evaluation.

Electro Mechanical I nstrument & C omponents
emic_p40_41
4140
Vibration Measuring Instruments
Measuring a wide variety of vibration: automotive,
rail transportation equipment vibration,
motor/pump vibration, vibration response during
vibration test. Also available for a vibration test
device for calibration of equipment.
Compatible with input of piezoelectric accelerome-
ters and accelerometers with built-in pre-amplifier.
Various options are available: PC communication
port, etc.
Slim & High-Performance
Charge Amplifier
6001-AHD 6002-A
Power Supply Unit for Accelerometer with integral Electronics
PS-504
4 channels
BNC receptacle
×1 (fixed)
0.2 Hz(within -3 dB), 0.7 Hz(within -5％)
For accelerometer
with integral electronics
DC 24 V
DC 4mA
AC100V±10％
10 VA
Temp.: 0 to 50 ℃,
hum.: 95％RH w/o dewdrop
200W×55H×140D mm
1.3 kg
The software can operate the 6001-AHD charge
vibrometer and 6002-A 2-channel charge amplifier
by making it possible to remotely set their operator
panel through a USB interface. The ACP-12 can
connect them up to 12 units in total enabling to
remotely operate up to 24 channels.
ACP-12 Remote Software CHARGE AMPLIFIER CHARGE AMPLIFIER
CHARGE AMPLIFIER
AC-POWER
SUPPY
ACP-12
POWER
ALARM
CURRENT
TEMP
VOLT
RESET
REM.
USB Connection
AC Power Supply Unit
ACP-12
Charge Ampliﬁer
6001-AHD/6002-A
Up to 12 Units
Accelerometer
Internal Bus
Connection
Remote Operation
Measument/Level Monitor
Communication
Power Supply
All the remote setting and monitoring
of connected charge ampliﬁer,
transducer type, charge sensitivity,
measuring mode, ﬁlter can be
performed.
Microsoft Windows PC
Model: ACP-12 AC Power Supply Unit
and Remote Software
Model: ACP-12 AC Power Supply Unit
and Remote Software
Remote Window:
※ It is also possible to configure the 6001-AHD up to 24 units
(24 channels) using two ACP-12 units (one of them has
no communication function).
※ As for the configuration from 25 to 99 channels, please contact us.
Power Supply Unit for Accelerometer with Integral
Electronics
4 Channel Constant Current Power
Supply Unit for Accelerometer
with Integral Electronics
Model
Input channel
I/O connector
I/O gain
Lower limit freq.
Upper limit freq.
Max. voltage
Output current
Input power
Max. power consumption
Operating
environments
Outline dimensions
Mass
ACP-12
AC 85 to 265 V 47 to 66 Hz
DC+12V±5％ 4A
Max. 12 units
USB2.0
36（W）×149（H）×240（D）
AC Power Supply, USB Port
Model Input power Output
Combined Number of Units
USB port Dimension
Specification
6001-AHD
1ch
Acceleration： m/s
2
Velocity： m/s Displacement： mm
Acceleration： 0.1 to 10000m/s
2
Velocity： 0.1 to 10000m/s
Displacement： 0.01 to 1000mm
6002-A
2ch
Acceleration： m/s
2
Acceleration： 0.1 to 10000m/s
2
Piezoelectric accelerometers (Front Connector)
Accelerometers w/built-in pre-amplifier (Rear Connector)
DC9 to 15V
36W×149H×240D
－10 to +50℃　(No condensation)
Types
Model Input channel
Measuring Mode
Measuring Range
Input power
Dimension
Ambient Conditions
504 Series Pre-charge Amplifier Specifications
Model★1
Input channel
Sensitivity range
Maximum input★2
Frequency range
Output voltage
Max. output voltage
Input power
Mass
pC/(m/s
2
)
Hz
mV/(m/s
2
)
V
kg
Model★1
Input channel
Sensitivity range
Maximum input★2
Frequency range
Output voltage
Max. output voltage
Input power
Mass
504-CB/TKS
1
0.100 to 9.999
100000pC
0.25 to 5000
10
±1 0
DC±15V ±15％ 30mA
0.45
504-CB/TKS-2
2
0.100 to 9.999
100000pC
0.25 to 5000
10
±1 0
DC±15V ±15％ 30mA
0.65
504-CB/TKS-4
4
0.100 to 9.999
100000pC
0.25 to 5000
10
±1 0
DC±15V ±15％ 30mA
1.0
pC/(m/s
2
)
Hz
mV/(m/s
2
)
V
kg
504-E-4-PS
504-E-2504-E
504-E-4
504-E
1
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
5 to 5000
5
±1 0
DC±15V ±15％ 30mA
0.6
504-E-2
2
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
5 to 5000
5
±1 0
DC±15V ±15％ 30mA
0.6
504-E-4
4
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
5 to 5000
5
±1 0
DC±15V ±15％ 30mA
1.0
504-E/Z01
1
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
5 to 5000
1
±1 0
DC±15V ±15％ 30mA
0.45
504-E-4/Z18
4
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
1 to 5000
5
±1 0
DC±15V ±15％ 30mA
1.0
Pre-charge Amplifier
The 504 series pre-charge amplifier is a signal conditioner
for converting high impedance charge input into a low
impedance voltage signal from a piezo-electric type acceler-
ometer . One(1) input channel unit, two(2) input channel unit
and four(4) input channel unit are available for your specific
vibration control/measuring purpose. As any input charge
sensitivity can be exactly set to the 504 series pre-charge
amplifier within its preset range, the general purpose
accelerometer of various sizes are available. A unit with a
power supply is also available for various measuring purpos-
es including vibration other than for a vibration test system
as a general purpose pre-charge amplifier.
PRE-CHARGE AMPLIFIER 504 SERIES
● 504-E-2-PS
● 504-E-4● 504-E-2
● 504-E-4-PS
Outline Drawing
★1 : The model with a code "-PS" that can receive the input power of AC 100 V±0 V 50/60 Hz is also available.
★2 : The maximum input charge is limited by the maximum output voltage.
128128
100100
6565
(106)(106)
1616 2525
4-∅6.64-∅6.6
4-∅6.6(取付孔)4-∅6.6(取付孔)
6060
8080
120120
4-∅6.6(取付孔)4-∅6.6(取付孔)
6060
8080
120120
210210
192192
170170
105105
6565 1515 2525
2-∅5.5(取付孔)2-∅5.5(取付孔)9090
7070
110110
5050
252515156565
105105
200200
120120
4-∅6.6(取付孔)4-∅6.6(取付孔)
(105)(105)
252515156565
8080310310
292292
270270
6060

Electro Mechanical I nstrument & C omponents
emic_p40_41
4140
Vibration Measuring Instruments
Measuring a wide variety of vibration: automotive,
rail transportation equipment vibration,
motor/pump vibration, vibration response during
vibration test. Also available for a vibration test
device for calibration of equipment.
Compatible with input of piezoelectric accelerome-
ters and accelerometers with built-in pre-amplifier.
Various options are available: PC communication
port, etc.
Slim & High-Performance
Charge Amplifier
6001-AHD 6002-A
Power Supply Unit for Accelerometer with integral Electronics
PS-504
4 channels
BNC receptacle
×1 (fixed)
0.2 Hz(within -3 dB), 0.7 Hz(within -5％)
For accelerometer
with integral electronics
DC 24 V
DC 4mA
AC100V±10％
10 VA
Temp.: 0 to 50 ℃,
hum.: 95％RH w/o dewdrop
200W×55H×140D mm
1.3 kg
The software can operate the 6001-AHD charge
vibrometer and 6002-A 2-channel charge amplifier
by making it possible to remotely set their operator
panel through a USB interface. The ACP-12 can
connect them up to 12 units in total enabling to
remotely operate up to 24 channels.
ACP-12 Remote Software CHARGE AMPLIFIER CHARGE AMPLIFIER
CHARGE AMPLIFIER
AC-POWER
SUPPY
ACP-12
POWER
ALARM
CURRENT
TEMP
VOLT
RESET
REM.
USB Connection
AC Power Supply Unit
ACP-12
Charge Ampliﬁer
6001-AHD/6002-A
Up to 12 Units
Accelerometer
Internal Bus
Connection
Remote Operation
Measument/Level Monitor
Communication
Power Supply
All the remote setting and monitoring
of connected charge ampliﬁer,
transducer type, charge sensitivity,
measuring mode, ﬁlter can be
performed.
Microsoft Windows PC
Model: ACP-12 AC Power Supply Unit
and Remote Software
Model: ACP-12 AC Power Supply Unit
and Remote Software
Remote Window:
※ It is also possible to configure the 6001-AHD up to 24 units
(24 channels) using two ACP-12 units (one of them has
no communication function).
※ As for the configuration from 25 to 99 channels, please contact us.
Power Supply Unit for Accelerometer with Integral
Electronics
4 Channel Constant Current Power
Supply Unit for Accelerometer
with Integral Electronics
Model
Input channel
I/O connector
I/O gain
Lower limit freq.
Upper limit freq.
Max. voltage
Output current
Input power
Max. power consumption
Operating
environments
Outline dimensions
Mass
ACP-12
AC 85 to 265 V 47 to 66 Hz
DC+12V±5％ 4A
Max. 12 units
USB2.0
36（W）×149（H）×240（D）
AC Power Supply, USB Port
Model
Input power
Output
Combined Number of Units
USB port
Dimension
Specification
6001-AHD
1ch
Acceleration： m/
s
2
Velocity： m/s
Displacement： mm
Acceleration： 0.1 to 10000m/s
2
Velocity： 0.1 to 10000m/s
Displacement： 0.01 to 1000mm
6002-A
2ch
Acceleration： m/s
2
Acceleration： 0.1 to 10000m/s
2
Piezoelectric accelerometers (Front Connector)
Accelerometers w/built-in pre-amplifier (Rear Connector)
DC9 to 15V
36W×149H×240D
－10 to +50℃　(No condensation)
Types
Model
Input channel
Measuring Mode
Measuring Range
Input power
Dimension
Ambient Conditions
504 Series Pre-charge Amplifier Specifications
Model★1
Input channel
Sensitivity range
Maximum input★2
Frequency range
Output voltage
Max. output voltage
Input power
Mass
pC/(m/s
2
)
Hz
mV/(m/s
2
)
V
kg
Model★1
Input channel
Sensitivity range
Maximum input★2
Frequency range
Output voltage
Max. output voltage
Input power
Mass
504-CB/TKS
1
0.100 to 9.999
100000pC
0.25 to 5000
10
±1 0
DC±15V ±15％ 30mA
0.45
504-CB/TKS-2
2
0.100 to 9.999
100000pC
0.25 to 5000
10
±1 0
DC±15V ±15％ 30mA
0.65
504-CB/TKS-4
4
0.100 to 9.999
100000pC
0.25 to 5000
10
±1 0
DC±15V ±15％ 30mA
1.0
pC/(m/s
2
)
Hz
mV/(m/s
2
)
V
kg
504-E-4-PS
504-E-2504-E
504-E-4
504-E
1
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
5 to 5000
5
±1 0
DC±15V ±15％ 30mA
0.6
504-E-2
2
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
5 to 5000
5
±1 0
DC±15V ±15％ 30mA
0.6
504-E-4
4
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
5 to 5000
5
±1 0
DC±15V ±15％ 30mA
1.0
504-E/Z01
1
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
5 to 5000
1
±1 0
DC±15V ±15％ 30mA
0.45
504-E-4/Z18
4
0.100 to 0.999
1.00 to 9.99
2200pC
(0.100 to 0.999pC/(m/s
2
))
22000pC
(1.00 to 9.99pC/(m/s
2
))
1 to 5000
5
±1 0
DC±15V ±15％ 30mA
1.0
Pre-charge Amplifier
The 504 series pre-charge amplifier is a signal conditioner
for converting high impedance charge input into a low
impedance voltage signal from a piezo-electric type acceler-
ometer . One(1) input channel unit, two(2) input channel unit
and four(4) input channel unit are available for your specific
vibration control/measuring purpose. As any input charge
sensitivity can be exactly set to the 504 series pre-charge
amplifier within its preset range, the general purpose
accelerometer of various sizes are available. A unit with a
power supply is also available for various measuring purpos-
es including vibration other than for a vibration test system
as a general purpose pre-charge amplifier.
PRE-CHARGE AMPLIFIER 504 SERIES
● 504-E-2-PS
● 504-E-4● 504-E-2
● 504-E-4-PS
Outline Drawing
★1 : The model with a code "-PS" that can receive the input power of AC 100 V±0 V 50/60 Hz is also available.
★2 : The maximum input charge is limited by the maximum output voltage.
128128
100100
6565
(106)(106)
1616 2525
4-∅6.64-∅6.6
4-∅6.6(取付孔)4-∅6.6(取付孔)
6060
8080
120120
4-∅6.6(取付孔)4-∅6.6(取付孔)
6060
8080
120120
210210
192192
170170
105105
6565 1515 2525
2-∅5.5(取付孔)2-∅5.5(取付孔)9090
7070
110110
5050
252515156565
105105
200200
120120
4-∅6.6(取付孔)4-∅6.6(取付孔)
(105)(105)
252515156565
8080310310
292292
270270
6060

※ Low-frequency response frequency is dependent on the charge vibration meter.
Electro Mechanical I nstrument & C omponents
emic_p42_43
4342
Accelerometer
mm
m/s
2
m/s
2
g
Hz
pC/(m/s
2
)
Hz
℃
pF
Vibration mea-
surement and
modal analysis on
small object Simultaneous
dynamic measure-
ment in three
orthogonal axes
on small object Center hole type
suited to narrow
space.
Water-proof
against 1MPa Center hole type
suited to attach to
narrow space. Side
connector for
easily routing cableMost suited to
low acceleration
measurement on
building and
structure Most suited to
measurement at
high temperature
such as combined
environmental test
Specification
EMIC offers many kinds of accelerometers available for various vibration measurements. They are a ultra
small light weight accelerometer for highly precise measurement. A special tri-axial accelerometer for simul-
taneously measuring a vibration in three orthogonal axes. A large output accelerometer for measuring an
earthquake and a suitable accelerometer for measuring and analyzing a building structure.
Accelerometer
Model
Type
Dimensions
Feature
Sine Vibration Limit
Shock Limit
Mass
Frequency Response※
Charge Sensitivity
Mounted Resonance
Temperature Range
Construction
Capacitance
Transverse sensitivity
Piezoelectric material
Case Material
Mounting
Cable/Adapter(Micro BNC)
710-D
Small/Light Weight
φ8×5 . 4
5000
10000
1.9
Up to 20k±3dB
0.2±15％
More than 60k
－50 to +160
Annular shear
1200±20％
Less than 5%
Pb(Zr・Ti)O
3
Stainless
M2 thru, adhesive
AC-7020-BM(BLM-001)
712-B3
Tri-axial
17.5W×9H×17.5D
5000
10000
14
Up to 8k±1dB
0.347±20％
More than 25k
－50 to +160
Shear
750±25％
Less than 5%
Pb(Zr・Ti)O
3
Titanium
M2 thru, adhesive
AC-8030-AB×3
720-BW
Water-proof
φ1 5×8
5000
10000
11
Up to 8k±1dB
1.33±20％
More than 26k
－20 to +120
Annular shear
1200±25％
Less than 5%
Pb(Zr・Ti)O
3
Stainless
M4 thru
Integral 10mBNC w/plug
731-B
General Purpose
φ17.5×9.8
5000
15000
13.5
Up to 7k±1dB
3.67±20％
3 8 k±5
－50 to +160
Annular shear
1600±25％
Less than 5%
Pb(Zr・Ti)O
3
Titanium
M4 thru
AC-8030-AB
760-B
Large Output
24
HEX×3 0
1250
2500
96.6
Up to 3.5k±1dB
3 5±2 0％
13.5k±4
－20 to +120
Shear
1500±25％
Less than 5%
Pb(Zr・Ti)O
3
Stainless
M8 screw
AC-8030-AB
541-DSH
High Temperature
14
HEX×2 9
16300
16000
35
Up to 5k
5.0±20％
More than 25k
－20 to +250
Compression
1000
Less than 5%
Pb(Zr・Ti)O
3
Stainless
Female M6P1D5
AC8020-AB(H)High temp.
Outline View
● 710-D ● 712-B3 ● 720-BW ● 731-B ● 760-B ● 541-DSH
X
Z
Y
X
（4.5） 15.25
（4.5）15.25±0.12-∅2.2
X-axis
Y-axis
2.25±0.1
11
17.5
11
2.25±0.1
17.5
X
Y
Z
Z-axis (Microdot Connector)
（10-32UNF）
4.5
（4.5） 9
∅2
Low-Noise Cable
LN-020
With Microdot
Connector on one side
（10-32UNF）
1000
0.5
8
∅10
∅4.3
∅15
（22）18.2
∅17.5
9.8
0.5
5
∅10
Microdot Connector
（10-32UNF）
（25）
∅4.4
M8 P=1.25, Depth: 5
6
19
（11）
30
∅23.8
Microdot Connector
（10-32UNF）
（4.5）
Hex24
Hex14
（4.5）
8.5
（16） 13
29
M6, Depth: 5
∅13.8
Microdot Connector
（10-32UNF）
M3
2.5
∅5
∅6.4
0.5
（4.1）
0.4
5
∅8
3.8
（3.1）10.8
10-32UNF BNC
10-32UNF 10-32UNF
10-32UNFM3
Accelerometer Cable
Product Description
Microdot Plug - BNC Plug Accelerometer Cable (2 m)
Microdot Plug - BNC Plug High Temp. Acc. Cable (2 m)
Microdot Plug - BNC Plug Accelerometer Cable (3 m)
Microdot Plug - BNC Plug Accelerometer Cable (5 m)
Microdot Plug - BNC Plug Accelerometer Cable (10 m)
Microdot Plug - Microdot Plug Accelerometer Cable (2 m)
Microdot Plug - Microdot Plug Accelerometer Cable (3 m)
Microdot Plug - Microdot Plug Accelerometer Cable (5 m)
Microdot Plug - Microdot Plug Accelerometer Cable (6 m)
Microdot Plug - Microdot Plug Accelerometer Cable (10 m)
Mini-microdot Plug - Microdot Plug Acc. Cable (2 m)
Extension Cable (Every 1 m)
Conversion Adapter（BNC Plug - Microdot Jack）
Model
AC-8020-AB
AC-8020-ABH
AC-8030-AB
AC-8050-AB
AC-8100-AB
AC-8020-AM
AC-8030-AM
AC-8050-AM
AC-8060-AM
AC-8100-AM
AC-7020-BM
－
BLM-001
Cable Outline
Accelerometer Set
Product Description
Model
Contents of Set
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulated Stud
731-B
AC-8030-AM
BLM-001
RS-171B14C6
731-B Accelerometer Set 3 m
731-B(FEST3m)
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulated Stud
731-B
AC-8060-AM
BLM-001
RS-171B14C6
731-B Accelerometer Set 6 m
731-B(FEST6m)
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
540-DS
AC-8030-AM
BLM-001
Built-in Set for 902 Vibration Generator
BIN-PU902SET
Product Description
Model
Contents of Set
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulator
Securing Screw
540-DS
AC-8030-AM
BLM-001
541AR-5100
M 6×1 0
Built-in Set for 903 Vibration Generator
BIN-PU903SET
Product Description
Model
Contents of Set
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulated Stud
731-B
AC-8030-AM
BLM-001
RS-171B14C6
Built-in Set for BD Vibration Generator
BIN-PUBDSET
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulation color
Securing Screw
540-DS
AC-8030-AM
BLM-001
SE203AB
M 6×1 0
Built-in Set for 906 Vibration Generator
BIN-PU906SET
In addition to the accelerometer body, this set
includes all required accessories such as dedicated
cables and insulators.
Accelerometer Set
Insulated Mounting Stud
Product Description
Insulated Stud for 540-DT
Insulated Stud for 710-D
Model
RS-171D
TJ-1026AC
Product Description
Insulated Stud (M5) for 731-B
Insulated Stud (M6) for 731-B
Model
RS-171B14C6
RS-171B14D6

※ Low-frequency response frequency is dependent on the charge vibration meter.
Electro Mechanical I nstrument & C omponents
emic_p42_43
4342
Accelerometer
mm
m/s
2
m/s
2
g
Hz
pC/(m/s
2
)
Hz
℃
pF
Vibration mea-
surement and
modal analysis on
small object Simultaneous
dynamic measure-
ment in three
orthogonal axes
on small object Center hole type
suited to narrow
space.
Water-proof
against 1MPa Center hole type
suited to attach to
narrow space. Side
connector for
easily routing cableMost suited to
low acceleration
measurement on
building and
structure Most suited to
measurement at
high temperature
such as combined
environmental test
Specification
EMIC offers many kinds of accelerometers available for various vibration measurements. They are a ultra
small light weight accelerometer for highly precise measurement. A special tri-axial accelerometer for simul-
taneously measuring a vibration in three orthogonal axes. A large output accelerometer for measuring an
earthquake and a suitable accelerometer for measuring and analyzing a building structure.
Accelerometer
Model
Type
Dimensions
Feature
Sine Vibration Limit
Shock Limit
Mass
Frequency Response※
Charge Sensitivity
Mounted Resonance
Temperature Range
Construction
Capacitance
Transverse sensitivity
Piezoelectric material
Case Material
Mounting
Cable/Adapter(Micro BNC)
710-D
Small/Light Weight
φ8×5 . 4
5000
10000
1.9
Up to 20k±3dB
0.2±15％
More than 60k
－50 to +160
Annular shear
1200±20％
Less than 5%
Pb(Zr・Ti)O
3
Stainless
M2 thru, adhesive
AC-7020-BM(BLM-001)
712-B3
Tri-axial
17.5W×9H×17.5D
5000
10000
14
Up to 8k±1dB
0.347±20％
More than 25k
－50 to +160
Shear
750±25％
Less than 5%
Pb(Zr・Ti)O
3
Titanium
M2 thru, adhesive
AC-8030-AB×3
720-BW
Water-proof
φ1 5×8
5000
10000
11
Up to 8k±1dB
1.33±20％
More than 26k
－20 to +120
Annular shear
1200±25％
Less than 5%
Pb(Zr・Ti)O
3
Stainless
M4 thru
Integral 10mBNC w/plug
731-B
General Purpose
φ17.5×9.8
5000
15000
13.5
Up to 7k±1dB
3.67±20％
3 8 k±5
－50 to +160
Annular shear
1600±25％
Less than 5%
Pb(Zr・Ti)O
3
Titanium
M4 thru
AC-8030-AB
760-B
Large Output
24
HEX×3 0
1250
2500
96.6
Up to 3.5k±1dB
3 5±2 0％
13.5k±4
－20 to +120
Shear
1500±25％
Less than 5%
Pb(Zr・Ti)O
3
Stainless
M8 screw
AC-8030-AB
541-DSH
High Temperature
14
HEX×2 9
16300
16000
35
Up to 5k
5.0±20％
More than 25k
－20 to +250
Compression
1000
Less than 5%
Pb(Zr・Ti)O
3
Stainless
Female M6P1D5
AC8020-AB(H)High temp.
Outline View
● 710-D ● 712-B3 ● 720-BW ● 731-B ● 760-B ● 541-DSH
X
Z
Y
X
（4.5） 15.25
（4.5）15.25±0.12-∅2.2
X-axis
Y-axis
2.25±0.1
11
17.5
11
2.25±0.1
17.5
X
Y
Z
Z-axis (Microdot Connector)
（10-32UNF）
4.5
（4.5） 9
∅2
Low-Noise Cable
LN-020
With Microdot
Connector on one side
（10-32UNF）
1000
0.5
8
∅10
∅4.3
∅15
（22）18.2
∅17.5
9.8
0.5
5
∅10
Microdot Connector
（10-32UNF）
（25）
∅4.4
M8 P=1.25, Depth: 5
6
19
（11）
30
∅23.8
Microdot Connector
（10-32UNF）
（4.5） Hex24
Hex14
（4.5）
8.5
（16） 13
29
M6, Depth: 5
∅13.8
Microdot Connector
（10-32UNF）
M3
2.5
∅5
∅6.4
0.5
（4.1）
0.4
5
∅8
3.8
（3.1）10.8
10-32UNF BNC
10-32UNF 10-32UNF
10-32UNFM3
Accelerometer Cable
Product Description
Microdot Plug - BNC Plug Accelerometer Cable (2 m)
Microdot Plug - BNC Plug High Temp. Acc. Cable (2 m)
Microdot Plug - BNC Plug Accelerometer Cable (3 m)
Microdot Plug - BNC Plug Accelerometer Cable (5 m)
Microdot Plug - BNC Plug Accelerometer Cable (10 m)
Microdot Plug - Microdot Plug Accelerometer Cable (2 m)
Microdot Plug - Microdot Plug Accelerometer Cable (3 m)
Microdot Plug - Microdot Plug Accelerometer Cable (5 m)
Microdot Plug - Microdot Plug Accelerometer Cable (6 m)
Microdot Plug - Microdot Plug Accelerometer Cable (10 m)
Mini-microdot Plug - Microdot Plug Acc. Cable (2 m)
Extension Cable (Every 1 m)
Conversion Adapter（BNC Plug - Microdot Jack）
Model
AC-8020-AB
AC-8020-ABH
AC-8030-AB
AC-8050-AB
AC-8100-AB
AC-8020-AM
AC-8030-AM
AC-8050-AM
AC-8060-AM
AC-8100-AM
AC-7020-BM
－
BLM-001
Cable Outline
Accelerometer Set
Product Description Model
Contents of Set
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulated Stud
731-B
AC-8030-AM
BLM-001
RS-171B14C6
731-B Accelerometer Set 3 m
731-B(FEST3m)
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulated Stud
731-B
AC-8060-AM
BLM-001
RS-171B14C6
731-B Accelerometer Set 6 m
731-B(FEST6m)
Accelerometer Accelerometer Cable Microdot - BNC Adapter
540-DS AC-8030-AM BLM-001
Built-in Set for 902 Vibration Generator
BIN-PU902SET
Product Description Model
Contents of Set
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulator
Securing Screw
540-DS
AC-8030-AM
BLM-001
541AR-5100
M 6×1 0
Built-in Set for 903 Vibration Generator
BIN-PU903SET
Product Description Model
Contents of Set
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulated Stud
731-B
AC-8030-AM
BLM-001
RS-171B14C6
Built-in Set for BD Vibration Generator
BIN-PUBDSET
Accelerometer
Accelerometer Cable
Microdot - BNC Adapter
Insulation color
Securing Screw
540-DS
AC-8030-AM
BLM-001
SE203AB
M 6×1 0
Built-in Set for 906 Vibration Generator
BIN-PU906SET
In addition to the accelerometer body, this set
includes all required accessories such as dedicated
cables and insulators.
Accelerometer Set
Insulated Mounting Stud
Product Description
Insulated Stud for 540-DT
Insulated Stud for 710-D
Model
RS-171D
TJ-1026AC
Product Description Insulated Stud (M5) for 731-B Insulated Stud (M6) for 731-B
Model RS-171B14C6 RS-171B14D6

Electro Mechanical I nstrument & C omponents
emic_p44_45
4544
Vibration Isolation and Noise Control
When operating the vibration testing system, the vibration transmits from a vibration generator to the floor or
the building structure. When the frequency of this vibration coincides with their resonance frequency in turn,
they will vibrate extremely larger. To prevent vibrations from transmitting to them the sound or vibration
control is required for the vibration testing system. The following are various countermeasures against vibra-
tion and sound depending on the test specimen, testing equipment and installation site.
The vibration testing system, dependent on a test condition, makes noise larger than 100 dB. Therefore,
countermeasures against noise may be necessary. The noise can be reduced by more than approx. 20 dB by
constructing a soundproofing box/room. There are various noise made in exciting a specimen, intake of
outside air, operating the blower motor, exhausting from the blower, etc..
Countermeasure against Sound
Vibration-proof Mechanism
Vibration and the noise generated from various test equipment may correspond to a level regulated in the local regulations
and the company's regulation of a customer. In this case we cope with appropriate specifications, configurations based on the
applicable regulations and rule.
Compliance with various regulations and rules for facilities
Intake Box
Airﬂow
Vibration Generator
Air Inlet
Airﬂow
Blower
Soundprooﬁng Box
AirﬂowHot Air
Cold Air
Exhaust
Exhaust
Exhaust
(1) Outdoor installed blower
(3) Introducing and discharging outside air
(2) Soundprooﬁng Box
Platform
Vibration is
absorbed.
Vibration is
absorbed.
Vibration transmits
to the ﬂoor.
Vibration Generator Vibration Generator
Body Suspension
Vertical Member
Vertical Member
Vibration Generator
Vertical Member
Pneumatic vibration isolator
How you look at vibration transmission
(1) Direct storage on floor
(3) Pneumatic vibration
isolator (4) Floating foundation
(2) Body -suspension
Vibration Generator
Floor
Vibration
Absorbing
Material
Modernization Program
The modernization program is the renewal program of
an old type vibration testing system that you currently
use.
This program replaces an old type power
amplifier with the latest switching amplifier
of high output and efficiency. The power
amplifier can be reduced in size and the
vibration testing system can extend the
service life.
Renewal of Power Amplifier
Although the cleaning of the inside of the vibra-
tion generator body and replacement or adjust-
ment of some deteriorated parts cannot be
performed in usual inspection, the overhaul can
allow them to operate in an optimum working
mode for a long term.
Overhaul of Vibration Generator
This program replaces your vibration
controller with the state-of-the-art vibration
controller. As a result, operations can be
easily executed and the latest vibration
control including the basic operations such
as sine, random, shock becomes available.
Renewal of Vibration Controller
Addition of Chamber
An existing vibration testing system can be
enhanced to the combined environmental
reliability test system by adding a tempera-
ture (humidity) chamber.
The addition of the slip table enables
horizontal vibration tests by changing the
thrust axis. It also enables testing of heavy
equipment.
Addition of Slip Table
ECO-Vibe neo modifies an existing F series
vibration test system and can achieve
higher power saving.
ECO-Vibe neo Modification for
Energy-saving Drive Mode

Electro Mechanical I nstrument & C omponents
emic_p46_47
4746
Contracted Test Service
Outsourcing such as the quality, reliability, durability, environmental test
EMIC's contracted test service provides high-quality and reliable services.
Mishima Test Lab. Center
Saitama Test Lab. Center
Chubu Test Lab. Center
Hikone Test Lab. Center
Kobe Test Lab. Center
Suzhou Test Lab. Center
Excerpt from Random Vibration Test in JIS E-4031
Rolling stock equipment
X
ASD
10
9dB/0ct. 6dB/0ct.
20 100 f
2
Frequency
Allowable band in
nominal spectrum：±3dB
(Acceleration Spectrum Density)
Upper Tolerance Limit
Speciﬁed Curve
Lower Tol. Limit
>＞＞ Please feel free to contact me if anything is unclear.>＞＞ Please feel free to contact me if anything is unclear.
This service we oﬀer allows customers to bring in test articles and
perform various tests using the test equipment in our test laboratories.
In addition, we can discover and solve the underlying problem that is
hard to predict and provide test solution to improve test quality and get
an accurate result.
Vibration Test, Combined Environmental TestVibration Test, Combined Environmental Test
ReliabilityReliabilitySafetySafety
Sine Vibration, Random Vibration, Shock, Temperature
Humidity Test, Vibration-Temperature/Humidity Combined
Reliability Test, Actual Environment Simulation Test
Temperature TestTemperature Test
Heat Resistance and High Temperature Test
Highly Accelerated Life Testing（HALT）、Highly Accelerated Stress Screening（HASS）Highly Accelerated Life Testing（HALT）、Highly Accelerated Stress Screening（HASS）
Although the conventional environmental simulation test is performed to shorten a designed validation test, lower the failure rate
of products, extend the service life of products and decrease the claims after the sale, the HALT and HASS apply the excessive
stress to a product to check its operational limit, destructive limit to verify the design.
Large-scale Vibration TestLarge-scale Vibration Test
■ Enriched large vibration testing system (fully equipped
with the maximum exciting force 180kN/100kN scale)
corresponding to assembling item, large product and
heavy specimen
■ Additional large triaxial vibration testing system
corresponding to the latest railway rolling stock
standard and seismic simulation
Our technical center received the accreditation on ISO/IEC 17025 "General requirements for the competence
of testing and calibration laboratories" and can issue the test data with accreditation marks listed. according
to UM. IEC/ISO 17025 also take the requirements in ISO/IEC Guide 25 in its technical requirements based on
the requirements in ISO 9001:2000. In addition, it requires the environmental condition necessary to estimate
uncertainty, validity confirmation, etc. Accreditation of testing laboratories according to this standard assesses
the conformity of technical competence as well as the operation and effectiveness of the quality management
system within the laboratory. Based on accumulated knowledge for over 40 years and accreditation, EMIC's
technical center gives a customer a reliable test result.
Our technical center receives the ISO/IEC 17025
accreditation for technical competence.
Test Lab.
Center

Scope
of
Service
We will jointly examine your desired test purpose, then oﬀer you the appropriate test plan.
Test Planning
Design and Manufacture of Specialized Fixture
Our experts support the setup of a test specimen, and operational procedure of
test equipment.
Customer Response by Support Staﬀs
We oﬀer solution to discover and solve a problem with various tests.
Provision of Solution required for Testing
Object to be tested by the customer
Electric/Electronic and
Precision Machine
Equipment for Automobile Railroad Aerospace Transportation
(Truck)
Construction
DurabilityDurability QualityQuality
Impact
Resistance
Impact
Resistance
Packaging
Reliability
Packaging
Reliability
Function and Durability
Test of Engine
Entrusted Test Service
Guidance for Inquiry Tokyo Head Office　03-3494-1221 (Main)
E-mail　[email protected]
Note: It is available even from an inquiry form of the HP.
＞＞＞
◆ JIS E-4031 Rolling stock equipment -- Vibration and shock tests
◆ Corresponding to JIS E-3014 Parts for railway signal -- Vibration methods
◆ Corresponding to JIS Z-0232 Packaged freights -- Method of vibration test
◆ The earthquake simulation by seismic intensity, earthquake
acceleration and earthquake actual survey data is possible.
Technical Adviser
Yoshio ISHITA
■
■
■
■
■
The adviser with broad experience in the vibration
test supports it to perform the vibration test.
The adviser with broad experience in the vibration
test supports it to perform the vibration test.
In performing the vibration test, the technical design of the ﬁxture
for mounting a test article is essential.
The key role of the ﬁxture is to ﬁx a specimen and transmit vibration, in
particular transmitting vibration is most important.
The ﬁxture becomes inherently deformed depending on the test condition
or vibration mode.
Depending on the vibration mode the ﬁxture may not transmit vibration to
a specimen, therefore, the intended vibration test may not be performed.
The vibration mode shows distinctive changes depending on the diﬀer-
ence in size and mass of a specimen and test conditions.
●
●
●
●
EMIC has the design, analysis and manufacture of a a ﬁxture meeting the requirement for the
customer's demands based on the abundant technique and actual performance of manufactur -
ing, selling and contracted test service and realizes an accurate test.
Chairman of Subcommittee on Mechanical
Environment, Japan Testing Machinery
Association
Auditor-secretary, Japan Testing Machinery
Association
ISO/TC108/SC6 National Deliberation
Committee & JIS Standard Original Draft
Development Committee, Technical Editor
IEC/TC104/A National Deliberation Committee
& JIS Standard Original Draft Development
Committee,Technical Editor
Former Guest Professor, National Institute of
Technology, Numazu College
The key role of the ﬁxture is to ﬁx a specimen and
transmit vibration. We oﬀer the design, analysis and
manufacturing of specialized ﬁxtures.
〒411-0042 38 Heiseidai Mishima-city Shizuoka
〒350-1203 622-1 Asahigaoka Hidaka-city Saitama
〒509-6104
Mizunami Creation Park, 2020 Yamada Mizunami-city Gifu
〒522-0025 746-1 Nodayama Hikone-city Siga
〒654-0161 3-11 Yaeidai Suma-ku Koube-city Hyougo
〒215011 Zhujianglu Road high tech Zone of Suzhou City,
　　　　　 Jiangsu Province, No. 521, China

Electro Mechanical I nstrument & C omponents
emic_p48_49
4948
Technical Note
■ Unit System ■ Terminology
International System of Units SI(JIS Z 8202)
Quantity
Length
Mass
Time
Thermodynamical Temperature
radian
Velocity
Acceleration
Angular Velocity
Angular Acceleration
Force
Moment, Torque
Unit Name
meter
kilogram
second
Kelvin
radian
meter per second
meter per second square
radian per second
radian per second squared
newton
newton-meter
Unit Symbol
m
kg
s
K
rad
m/s
m/s
2
rad/s
rad/s
2
N
N・m
Base Unit
Auxiliary
Derived Unit
■ Fundamentals of Vibration
Sine Vibration Test
Time[t]
Acceleration[m/s
2
]
Random Vibration Test
Shock Test
Basic Vibration
●
Power level (energy per unit time) at each
frequency. In particular, it shows a vibration
environment for equipment in a random vibration
test.
●
The square root of the sum of vibration power
over a certain frequency range. In particular, it
shows the overall value of vibration power (kinet-
ic energy) such as random vibration.
●
Compensation pulse of the waveform to yield
zero ﬁnal velocity and displacement. the compen-
sation pulse to be added before and after the
main pulse is called pre-pulse post pulse respec-
tively.
ＰＳＤ[(m/s
2
)
2
/Hz]
Frequency[Hz]
f2f1
Power Spectral Density
Time t
Time
Amplitude
Low←Frequency→High
Overall rms
Value
A
t
B
1 B2
Half Sine
Shock Pulse
● Main Shock Pulse
Haversine
Shock Pulse
Triangular
Shock Pulse
Sawtooth
Shock Pulse
Trapezoidal
Shock Pulse
d
V
V
d
α
f
f
f
α
10
4
Hz10
3
Hz10
2
Hz10
1
Hz10
0
Hz
1 0
2 m m
1 0 1 m m
1 0 0 m m
1 0
- 1 m m
1 0
- 2 m m
10
4
m/s
2
10
3
m/s
2
10
2
m/s
2
10
1
m/s
2
10
-4
m/s
2
10
-3
m/s
2
10
-2
m/s
2
10
-1
m/s
2
10
0
m/s
2
1 0
- 3 m m
1 0
- 4 m m
1 0
- 5 m m
1 0
- 6 m m
10
-5
m/s
10
-4
m/s
10
-3
m/s
10
-2
m/s
10
-1
m/s
10
0
m/s
α[m/s
2
0-p
] ≒ 0.0394df
2
　 ※１
≒ 6.28fv　※１
v[m/s
0-p] ≒ 0.00628fd
≒ 0.159α/f　※２
d[mm
0-p] ≒ 25.5α/f
2
　 ※２
≒ 159.2v/f
＝ (2πf)
2
d/1000
＝ 2πf v
＝ 2πfd/1000
＝ α/ 2πf
＝ 1000α/(2πf)
2
＝ 1000v/2πf
■ Vibration Nomograph ■ How to Use Vibration Nomograph
ｄ： Displacement （mm 0-p）
V ： Velocity （m/s
0-p）
α ： Acceleration （m/s
2
0-p
）
ｆ： Frequency （Hz）
Relation Equation for Estimation
Acceleration α[m/s
2
0-p]

Velocity
V[m/s
0-p]

Displacement d[mm
0-p]

D i s p l a c e m e n t
m m
0 -
p
1 0
3 m m
Acceleration
m/s
2
10
5
m/s
2
Frequency Hz
Velocity
m/s
10
1
m/s
※１ Divide the acceleration value 　by 9.8 when its unit is G.
※２ Multiply the acceleration value
by 9.8 when its unit is G.
■ Relation Among Acceleration, Velocity and Displacement.
■Decibel Value
The unit, decibel [dB] is used to compare the ratio of two sound intensities or vibration levels.
Calculation Formula:
Gain of acceleration, voltage, sound pressure, etc. Gv(dB) = 20×log
10 (Output Voltage/Input Voltage)
Gain of electric power, acoustic power, etc.
Gp(dB) = 10×log 10 (Output Power/Input Power)
● A multiple calculation can be simplified.
The ratio can be calculated by summing the quantity in decibels of the individual components, rather
than multiply the amplification factors. For example, let's compare how to calculate the amplification
factor when amplifiers of different amplification factor are connected in series. If the amplifiers amplify
the input signal to 56 times (35 dB or app.) and 9 times (19 dB or app.) respectively are connected in
series, the total amplification factor is 56×9 = 504 times for the multiple calculation, on the other hand,
35 + 19 = 64 dB for the decibel calculation. Because the decibel calculation is the summation, it can be
performed easier than the multiplication.
● Decibel indicating relative value to reference value
The decibel indicates how many times the value (signal) to be compared is to the reference value
(signal). Since the comparison of sound intensity (sound pressure), vibration and power, and the
attenuation, etc. are expressed by the ratio of energy, the decibel is employed. The amplification factor
and attenuation rate in the electrical system, for example, transmitting the electrical power, the ratio of
output power to input power is used. The decibel expresses the ratio to a certain reference physical
quantity by the common logarithm. It is the relative value, not the absolute value.
● Correlativity of decibel and human perception is best
In human hearing the resolution of perception is constant when the sound level changes 2 times, 4
times, 8 times, 16 times,....logarithmically (Weber-Fechner's law). This is because it uses the decibel that
the volume of sound to hear changes in the same way when the volume of the acoustic equipment has
been turned up.
Relation between Decibel Value and
Magniﬁcation Ratio
Decibel Value
-120[dB]
-100[dB]
-80[dB]
-60[dB]
-20[dB]
-10[dB]
-6[dB]
-3[dB]
0[dB]
3[dB]
6[dB]
10[dB]
20[dB]
40[dB]
60[dB]
80[dB]
100[dB]
120[dB]
Magnification Ratio
(1/1000000)
(1/100000)
(1/10000)
(1/1000)
(1/10)
(1/3)
(1/2)
(7/10)
(1)
(1.41)
(2)
(3)
(10)
(100)
(1000)
(10000)
(100000)
(1000000)
0.000001
0.00001
0.0001
0.001
0.100
0.316
0.501
0.709
1.000
1.410
2.000
3.160
10.00
100.0
1000
10000
100000
1000000
●Relation among displacement, d,
acceleration, α and frequency, f.
●Relation among velocity, v,
frequency, f and displacement, d.
●Relation among velocity, v,
frequency, f and acceleration,α.
Time t
Amplitude A
y(t)
Period t
Average
Value
(Ave)
Double
Amplitude
(p-p)
Single
Amplitude
(0-p)
RMS Value (rms)
A random vibration happens when sinusoidal waves of different
frequency and phase are combined. The random vibration test permits
to detect many vibrations in resonance in a short time because it can
excite test article at many different frequencies simultaneously. Also it
can simulate vibrations close to a real environment.
Main Parameter
● Overall rms Value (rms) [m/s
2
rms]
● Power Spectral Density (PSD) [(m/s
2
)
2
/Hz]
● Test Time [t]
Point Test (Fixed frequency test)
The point test is done at a frequency fixed to any given value. The aim is
to evaluate the durability of a unit under test at its resonant condition or
the characteristics at a specified frequency.
Main Parameter ●Frequency [Hz] ●Acceleration [m/s
2
]
●Test Time [t]
Swept Sine Test
The frequency of a swept sine test changes with time continuously for
the purpose of resonant search or the evaluation of characteristics over
any frequency range.
Main Parameter ●Frequency [Hz] ●Acceleration [m/s
2
]
●Test Time [t] ●Sweep Rate [oct/min]、[Hz/s]
The most fundamental vibration is motion such that the amplitude is a
sinusoidal function of time. The vibration level is generally represented
by acceleration, velocity and displacement. The sinusoidal vibration is
specified by the following parameter as;
● Period　t=1/f(f:Frequency)
● Single Amplitude (0-p)
● Double Amplitude (p-p)＝Single Amplitude (0-p)×2
● Root-mean-square Value (rms)＝Single Amplitude (0-p)×1/√2
● Average Value (Ave)＝Single Amplitude (0-p)×2/π
Basic Equation　y(t)＝A・sinωt　（ω：Angular Frequency）
The shock test assures that material can withstand the nonrepetitive
shocks and transient vibrations as well as measuring the item's fragility.
Main Parameter
● Main Shock Pulse
● Shock Pulse Duration [s] t
● Acceleration [m/s
2
] A
● Velocity [m/s] V
● Pre-load [%] P
1 P1=B1/A×100[%]
● Post-load [%] P
2 P2=B2/A×100[%]
TIME SIGNAL
TIME
f
1
f
2
f
3
f
4
f
5
f1
f2
f3
f4
+
+
+
+
=
FREQUENCY SPECTRUM
FREQUENCY
Power Spectral Density
Overall rms Value
Pre-Pulse, Post-Pulse

Electro Mechanical I nstrument & C omponents
emic_p48_49
4948
Technical Note
■ Unit System ■ Terminology
International System of Units SI(JIS Z 8202)
Quantity
Length
Mass
Time
Thermodynamical Temperature
radian
Velocity
Acceleration
Angular Velocity
Angular Acceleration
Force
Moment, Torque
Unit Name
meter
kilogram
second
Kelvin
radian
meter per second
meter per second square
radian per second
radian per second squared
newton
newton-meter
Unit Symbol
m
kg
s
K
rad
m/s
m/s
2
rad/s
rad/s
2
N
N・m
Base Unit
Auxiliary
Derived Unit
■ Fundamentals of Vibration
Sine Vibration Test
Time[t]
Acceleration[m/s
2
]
Random Vibration Test
Shock Test
Basic Vibration
●
Power level (energy per unit time) at each
frequency. In particular, it shows a vibration
environment for equipment in a random vibration
test.
●
The square root of the sum of vibration power
over a certain frequency range. In particular, it
shows the overall value of vibration power (kinet-
ic energy) such as random vibration.
●
Compensation pulse of the waveform to yield
zero ﬁnal velocity and displacement. the compen-
sation pulse to be added before and after the
main pulse is called pre-pulse post pulse respec-
tively.
ＰＳＤ[(m/s
2
)
2
/Hz]
Frequency[Hz]
f2f1
Power Spectral Density
Time t
Time
Amplitude
Low←Frequency→High
Overall rms
Value
A
t
B
1 B2
Half Sine
Shock Pulse
● Main Shock Pulse
Haversine
Shock Pulse
Triangular
Shock Pulse
Sawtooth
Shock Pulse
Trapezoidal
Shock Pulse
d
V
V
d
α
f
f
f
α
10
4
Hz10
3
Hz10
2
Hz10
1
Hz10
0
Hz
1 0
2 m m
1 0 1 m m
1 0 0 m m
1 0
- 1 m m
1 0
- 2 m m
10
4
m/s
2
10
3
m/s
2
10
2
m/s
2
10
1
m/s
2
10
-4
m/s
2
10
-3
m/s
2
10
-2
m/s
2
10
-1
m/s
2
10
0
m/s
2
1 0
- 3 m m
1 0
- 4 m m
1 0
- 5 m m
1 0
- 6 m m
10
-5
m/s
10
-4
m/s
10
-3
m/s
10
-2
m/s
10
-1
m/s
10
0
m/s
α[m/s
2
0-p
] ≒ 0.0394df
2
　 ※１
≒ 6.28fv　※１
v[m/s
0-p] ≒ 0.00628fd
≒ 0.159α/f　※２
d[mm
0-p] ≒ 25.5α/f
2
　 ※２
≒ 159.2v/f
＝ (2πf)
2
d/1000
＝ 2πf v
＝ 2πfd/1000
＝ α/ 2πf
＝ 1000α/(2πf)
2
＝ 1000v/2πf
■ Vibration Nomograph ■ How to Use Vibration Nomograph
ｄ： Displacement （mm 0-p）
V ： Velocity （m/s
0-p）
α ： Acceleration （m/s
2
0-p
）
ｆ： Frequency （Hz）
Relation Equation for Estimation
Acceleration α[m/s
2
0-p]

Velocity
V[m/s
0-p]

Displacement d[mm
0-p]

D i s p l a c e m e n t
m m
0 -
p
1 0
3 m m
Acceleration
m/s
2
10
5
m/s
2
Frequency Hz
Velocity
m/s
10
1
m/s
※１ Divide the acceleration value 　by 9.8 when its unit is G.
※２ Multiply the acceleration value
by 9.8 when its unit is G.
■ Relation Among Acceleration, Velocity and Displacement.
■Decibel Value
The unit, decibel [dB] is used to compare the ratio of two sound intensities or vibration levels.
Calculation Formula:
Gain of acceleration, voltage, sound pressure, etc. Gv(dB) = 20×log
10 (Output Voltage/Input Voltage)
Gain of electric power, acoustic power, etc.
Gp(dB) = 10×log 10 (Output Power/Input Power)
● A multiple calculation can be simplified.
The ratio can be calculated by summing the quantity in decibels of the individual components, rather
than multiply the amplification factors. For example, let's compare how to calculate the amplification
factor when amplifiers of different amplification factor are connected in series. If the amplifiers amplify
the input signal to 56 times (35 dB or app.) and 9 times (19 dB or app.) respectively are connected in
series, the total amplification factor is 56×9 = 504 times for the multiple calculation, on the other hand,
35 + 19 = 64 dB for the decibel calculation. Because the decibel calculation is the summation, it can be
performed easier than the multiplication.
● Decibel indicating relative value to reference value
The decibel indicates how many times the value (signal) to be compared is to the reference value
(signal). Since the comparison of sound intensity (sound pressure), vibration and power, and the
attenuation, etc. are expressed by the ratio of energy, the decibel is employed. The amplification factor
and attenuation rate in the electrical system, for example, transmitting the electrical power, the ratio of
output power to input power is used. The decibel expresses the ratio to a certain reference physical
quantity by the common logarithm. It is the relative value, not the absolute value.
● Correlativity of decibel and human perception is best
In human hearing the resolution of perception is constant when the sound level changes 2 times, 4
times, 8 times, 16 times,....logarithmically (Weber-Fechner's law). This is because it uses the decibel that
the volume of sound to hear changes in the same way when the volume of the acoustic equipment has
been turned up.
Relation between Decibel Value and
Magniﬁcation Ratio
Decibel Value
-120[dB]
-100[dB]
-80[dB]
-60[dB]
-20[dB]
-10[dB]
-6[dB]
-3[dB]
0[dB]
3[dB]
6[dB]
10[dB]
20[dB]
40[dB]
60[dB]
80[dB]
100[dB]
120[dB]
Magnification Ratio
(1/1000000)
(1/100000)
(1/10000)
(1/1000)
(1/10)
(1/3)
(1/2)
(7/10)
(1)
(1.41)
(2)
(3)
(10)
(100)
(1000)
(10000)
(100000)
(1000000)
0.000001
0.00001
0.0001
0.001
0.100
0.316
0.501
0.709
1.000
1.410
2.000
3.160
10.00
100.0
1000
10000
100000
1000000
●Relation among displacement, d,
acceleration, α and frequency, f.
●Relation among velocity, v,
frequency, f and displacement, d.
●Relation among velocity, v,
frequency, f and acceleration,α.
Time t
Amplitude A
y(t)
Period t
Average
Value
(Ave)
Double
Amplitude
(p-p)
Single
Amplitude
(0-p) RMS
Value
(rms)
A random vibration happens when sinusoidal waves of different
frequency and phase are combined. The random vibration test permits
to detect many vibrations in resonance in a short time because it can
excite test article at many different frequencies simultaneously. Also it
can simulate vibrations close to a real environment.
Main Parameter
● Overall rms Value (rms) [m/s
2
rms]
● Power Spectral Density (PSD) [(m/s
2
)
2
/Hz]
● Test Time [t]
Point Test (Fixed frequency test)
The point test is done at a frequency fixed to any given value. The aim is
to evaluate the durability of a unit under test at its resonant condition or
the characteristics at a specified frequency.
Main Parameter ●Frequency [Hz] ●Acceleration [m/s
2
]
●Test Time [t]
Swept Sine Test
The frequency of a swept sine test changes with time continuously for
the purpose of resonant search or the evaluation of characteristics over
any frequency range.
Main Parameter ●Frequency [Hz] ●Acceleration [m/s
2
]
●Test Time [t] ●Sweep Rate [oct/min]、[Hz/s]
The most fundamental vibration is motion such that the amplitude is a
sinusoidal function of time. The vibration level is generally represented
by acceleration, velocity and displacement. The sinusoidal vibration is
specified by the following parameter as;
● Period　t=1/f(f:Frequency)
● Single Amplitude (0-p)
● Double Amplitude (p-p)＝Single Amplitude (0-p)×2
● Root-mean-square Value (rms)＝Single Amplitude (0-p)×1/√2
● Average Value (Ave)＝Single Amplitude (0-p)×2/π
Basic Equation　y(t)＝A・sinωt　（ω：Angular Frequency）
The shock test assures that material can withstand the nonrepetitive
shocks and transient vibrations as well as measuring the item's fragility.
Main Parameter
● Main Shock Pulse
● Shock Pulse Duration [s] t
● Acceleration [m/s
2
] A
● Velocity [m/s] V
● Pre-load [%] P
1 P1=B1/A×100[%]
● Post-load [%] P
2 P2=B2/A×100[%]
TIME SIGNAL
TIME
f
1
f
2
f
3
f
4
f
5
f1
f2
f3
f4
+
+
+
+
=
FREQUENCY SPECTRUM
FREQUENCY
Power Spectral Density
Overall rms Value
Pre-Pulse, Post-Pulse

Electro Mechanical Instrument & C omponents
emic_p50_51
5150
Armature Dimensions
■ Exterior
Exterior Dimensions
460W×490H×490D mm
630W×602H×528D mm
720W×675H×628D mm
975W×885H×700D mm
1106W×1047H×855D mm
1224W×1107H×971D mm
1452W×1252H×1215D mm
797W×775H×635D mm
974W×1035H×700D mm
1106W×1135H×880D mm
1106W×1135H×880D mm
1452W×1297H×1231D mm
974W×1035H×700D mm
1082W×1163H×866D mm
1125W×1200H×965D mm
1452W×1297H×1231D mm
950W×1029H×665D mm
1082W×1163H×866D mm
1186W×1255H×971D mm
1461W×1375H×1115D mm
1489W×1338H×1149D mm
1905W×1348H×1473D mm
702W×763H×572D mm
982W×1000H×750D mm
384W×391.5H×360D mm
442W×360H×340D mm
Width WWidth W
Height HHeight H
Depth DDepth D
Shaker 902-FN 903-FN 903-FN/A 903-FN/FA 906-FN 906-FN/A 916-BP/LA 916-AP/LA 926-AP/LA 936-AP/LA 960-AP/LA S085-AW/LA 916-BW/LA 916-AW/LA 926-AW/LA 936-AW/LA 960-AW/LA 916-AW/SLS 926-AW/SLS 936-AW/SLS 960-AW/SLS 916-AP/SLA 926-AP/SLA 936-AP/SLA 960-AP/SLA 9100-AWW/LA 9200-AWW/LA P10-10AW/LA P20-A P01-AB/AS
Σ9515-AB/SD
φ100
φ200
φ300
21-M12, Depth: 24
45°
45°
φ240
φ160
φ80
45°
45°
21-M10, Depth: 20
45° 29-M12, Depth: 24
φ100
φ200
φ300
φ400
960
9100
9200926 936
45°
45°
32-M12, Depth: 24
φ550
φ400
φ300
φ200
■ Table Pattern
13-M10, Depth: 20
φ200
φ100
45°
45°
17171717
17171717
13-M6, Depth: 15
φ52
60°
7-M6, Depth: 15
35 35 35 35
35 35 35 35
13-M6, Depth: 20
902 903 906 916
P10
S085
※ The inch standard mounting hole is also available.
1.Definition of Test Conditions
First, check and define the test conditions for the
vibration test to be put into execution.
● Estimated mass of test article and fixture
● Maximum acceleration (velocity or displacement)
● Frequency or frequency range
2.Calculation of Required Exciting Force
Determine the required exciting force for the vibra-
tion test using the following equation by substitut-
ing the defined test conditions above.
F ＝ (m
0+m1+m2) × α
F ： Exciting force (N)
m1 ： Fixture mass (kg)
α ： Acceleration (m/s
2
) m2 ： Test article mass (kg)
m
0 ： Moving element mass (kg)
Example: Assuming that Model: F-10K/56 system is
suitable for your application, the moving element
mass m
0, fixture mass m1 and test article mass m2
be 15 kg, 20 kg and 35 kg respectively. Determine
the required exciting force for generating the accel-
eration level α of 98.0 m/s
2
as follows;　
F = (15kg+20kg+35kg)×98.0m/s
2
= 6860N
3.Selection of Vibration Testing System
If the following specifications of a certain vibration
testing system can meet the test conditions and
calculated exciting force, that system is available for
your application.
● Frequency range
● Maximum exciting force
● Maximum acceleration
● Maximum velocity
● Maximum displacement
(1)Requirement for exciting force generated by vibration
testing system. When customers select the vibration
testing system by themselves, its maximally rated exciting
force shall be larger than 1.25 times of the required
exciting force for a test by taking the dynamical behavior
of a specimen, etc. into consideration. Please contact us
for advice on the above condition.
(2)Allowable moment against offset load
The ideal mounting method of a specimen is to be placed
on the armature table so that its center of gravity will be
positioned at the center of the armature table. The
eccentric moment increases with the distance between
them. Please attach the load to a suitable position by
taking high acceleration level due to resonance into
consideration. Please contact us for advice on large
distance condition.
To choose the most suitable vibration testing system: Notes:
VIBRATION TESTING SYSTEMS SELECTION GUIDE
SI GravitionalUnit
■ Outline Block Diagram
■ Performance Curve
Conversion between SI and others
ｍ0
ｍ1
ｍ2
Test Article
Fixture
Moving Element
Vibration Generator Body
Acceleration Limit
Frequency [Hz]
Acceleration [m/s
2
]
Velocity
Limit
Displacement
Limit
0.10197kg (0.102kgf or app.)
1kgf
0.101972G (0.102G or app.)
1G
1N
9.80655N (9.8N or app.)
1m/s
2
9.80665m/s
2
(9.8m/s
2
or app.)
Force
Acceleration
1) The catalogue states specifications when the input
power of 200 VAC 3φ 50/60 Hz is applied to the
vibration test system (except some parts).
2) If operating equipment under a high velocity
condition such as swept-sine or fixed frequency
test for a long time the velocity shall be less than
1.5 m/s as a guide.
3) The random force rating is based on our specified
condition according to ISO 5344 standard.

Electro Mechanical Instrument & C omponents
emic_p50_51
5150
Armature Dimensions
■ Exterior
Exterior Dimensions
460W×490H×490D mm
630W×602H×528D mm
720W×675H×628D mm
975W×885H×700D mm
1106W×1047H×855D mm
1224W×1107H×971D mm
1452W×1252H×1215D mm
797W×775H×635D mm
974W×1035H×700D mm
1106W×1135H×880D mm
1106W×1135H×880D mm
1452W×1297H×1231D mm
974W×1035H×700D mm
1082W×1163H×866D mm
1125W×1200H×965D mm
1452W×1297H×1231D mm
950W×1029H×665D mm
1082W×1163H×866D mm
1186W×1255H×971D mm
1461W×1375H×1115D mm
1489W×1338H×1149D mm
1905W×1348H×1473D mm
702W×763H×572D mm
982W×1000H×750D mm
384W×391.5H×360D mm
442W×360H×340D mm
Width WWidth W
Height HHeight H
Depth DDepth D
Shaker 902-FN 903-FN 903-FN/A 903-FN/FA 906-FN 906-FN/A 916-BP/LA 916-AP/LA 926-AP/LA 936-AP/LA 960-AP/LA S085-AW/LA 916-BW/LA 916-AW/LA 926-AW/LA 936-AW/LA 960-AW/LA 916-AW/SLS 926-AW/SLS 936-AW/SLS 960-AW/SLS 916-AP/SLA 926-AP/SLA 936-AP/SLA 960-AP/SLA 9100-AWW/LA 9200-AWW/LA P10-10AW/LA P20-A P01-AB/AS
Σ9515-AB/SD
φ100
φ200
φ300
21-M12, Depth: 24
45°
45°
φ240
φ160
φ80
45°
45°
21-M10, Depth: 20
45° 29-M12, Depth: 24
φ100
φ200
φ300
φ400
960
9100
9200926 936
45°
45°
32-M12, Depth: 24
φ550
φ400
φ300
φ200
■ Table Pattern
13-M10, Depth: 20
φ200
φ100
45°
45°
17171717
17171717
13-M6, Depth: 15
φ52
60°
7-M6, Depth: 15
35
35
35
35
35
35
35
35
13-M6, Depth: 20
902 903 906 916 P10 S085
※ The inch standard mounting hole is also available.
1.Definition of Test Conditions
First, check and define the test conditions for the
vibration test to be put into execution.
● Estimated mass of test article and fixture
● Maximum acceleration (velocity or displacement)
● Frequency or frequency range
2.Calculation of Required Exciting Force
Determine the required exciting force for the vibra-
tion test using the following equation by substitut-
ing the defined test conditions above.
F ＝ (m
0+m1+m2) × α
F ： Exciting force (N)
m1 ： Fixture mass (kg)
α ： Acceleration (m/s
2
) m2 ： Test article mass (kg)
m
0 ： Moving element mass (kg)
Example: Assuming that Model: F-10K/56 system is
suitable for your application, the moving element
mass m
0, fixture mass m1 and test article mass m2
be 15 kg, 20 kg and 35 kg respectively. Determine
the required exciting force for generating the accel-
eration level α of 98.0 m/s
2
as follows;　
F = (15kg+20kg+35kg)×98.0m/s
2
= 6860N
3.Selection of Vibration Testing System
If the following specifications of a certain vibration
testing system can meet the test conditions and
calculated exciting force, that system is available for
your application.
● Frequency range
● Maximum exciting force
● Maximum acceleration
● Maximum velocity
● Maximum displacement
(1)Requirement for exciting force generated by vibration
testing system. When customers select the vibration
testing system by themselves, its maximally rated exciting
force shall be larger than 1.25 times of the required
exciting force for a test by taking the dynamical behavior
of a specimen, etc. into consideration. Please contact us
for advice on the above condition.
(2)Allowable moment against offset load
The ideal mounting method of a specimen is to be placed
on the armature table so that its center of gravity will be
positioned at the center of the armature table. The
eccentric moment increases with the distance between
them. Please attach the load to a suitable position by
taking high acceleration level due to resonance into
consideration. Please contact us for advice on large
distance condition.
To choose the most suitable vibration testing system: Notes:
VIBRATION TESTING SYSTEMS SELECTION GUIDE
SI GravitionalUnit
■ Outline Block Diagram
■ Performance Curve
Conversion between SI and others
ｍ0
ｍ1
ｍ2
Test Article
Fixture
Moving Element
Vibration Generator Body
Acceleration Limit
Frequency [Hz]
Acceleration [m/s
2
]
Velocity
Limit
Displacement
Limit
0.10197kg (0.102kgf or app.)
1kgf
0.101972G (0.102G or app.)
1G
1N
9.80655N (9.8N or app.)
1m/s
2
9.80665m/s
2
(9.8m/s
2
or app.)
Force
Acceleration
1) The catalogue states specifications when the input
power of 200 VAC 3φ 50/60 Hz is applied to the
vibration test system (except some parts).
2) If operating equipment under a high velocity
condition such as swept-sine or fixed frequency
test for a long time the velocity shall be less than
1.5 m/s as a guide.
3) The random force rating is based on our specified
condition according to ISO 5344 standard.

emic_h01_04
EMIC CORPORATION
Vibration Testing Product Catalog
Contact:
Published: July 2017
CL-170-04-E
(PreCL-167-06-J)
※ Speciﬁcations are subject to change without notice for improvement.
Head oﬃce :
Nagoya oﬃce :
Osaka oﬃce :
Mishima factory :
Service Center :
THAI EMIC CO., LTD. :
A-PLACE Gotanda Bldg., 3F, 2-27-3 Nishi-Gotanda,
Shinagawa-ku, Tokyo 141-0031
Tel: +81-3-3494-1221 FAX: +81-3-3494-1288
Tomei Grand Bldg., 6F, 30 Isha 2-chome Mitoh-ku,
Nagoya, Aichi-prefecture 465-0093
Tel: +81-52-753-6308 FAX: +81-52-753-6328
Hanahara 5 Bldg., 6 Fl., 8-17 Nishinakajima 7-chome
Yodogawa-ku, Osaka, 532-0011
Tel: +81-6-6886-0451 FAX: +81-6-6886-0454
11 Heiseidai Mishima, Shizuoka 411-0042
Tel: +81-55-988-8411 FAX: +81-55-988-2223
11 Heiseidai Mishima, Shizuoka 411-0042
Tel: +81-55-988-8411 FAX: +81-55-987-1477
Glas Haus Building 11 Floor, Unit No.1101/4 1 Soi Sukhumvit 25
(Daengprasert), Sukhumvit Road, Wattana, Ban
Tel: +66(0)2260-0246, Fax: +66(0)2260-0248
http://www.emic-net.co.jp/
Microsoft
Ⓡ
, Windows
Ⓡ
, and Windows
Ⓡ
7 Professional are a registered trademark of Microsoft.

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